• Practically pulsation-free for high surface quality
• Very low detergent consumption
• Applications up to 250 bar and 5 l/min
• For aggressive, abrasive or shear-sensitive materials
MANAGING DIRECTOR & ADVERTISEMENT DIRECTOR
Nigel Bean
t: +44 (0) 1442 826826
e: nigelbean1@aol.com nigelbean@surfaceworld.com
EDITOR & GRAPHIC DESIGNER
Jane Soones
e: janesoones@aol.com janesoones@surfaceworld.com
CIRCULATION & SUBSCRIPTION DEPARTMENT
t: +44 (0) 1442 826826
EXHIBITION ORGANISATION
t: +44 (0) 1442 826826
Hill Media Ltd, Marash House 2-5 Brook Street, Tring, Hertfordshire HP23 5ED, United Kingdom.
The Surface World magazine is published 12 times a year by Hill Media Ltd. Although every effort is made to ensure the accuracy and reliability of material published in Surface World, Hill Media Ltd and its agents accept no responsibility for the veracity of claims made by contributors, manufacturers or advertisers. Copyright in all material published in Surface World, including but not limited to all Hill Media brands, brand logos, trademarks, and associated assets, remains with Hill Media Ltd and its agents.
QUALICOAT UK & IRELAND INSTANT VERIFICATION WITH NEW QUALICOAT UK & IRELAND QR CODE.
INSTITUTE OF MATERIALS FINISHING INDUSTRY RECOGNISED TRAINING COURSES FROM THE IMF. 6
BRITISH COATINGS FEDERATION UK COATINGS INDUSTRY AHEAD OF TARGET FOR 2030 CARBON EMISSION REDUCTIONS, AS THE BRITISH COATINGS FEDERATION CALLS FOR URGENT
INDUSTRY NEWS
OFFICIAL PARTNERSHIP
IN AUTOMATION
26 FRENCH SUPPLIER OF REFUSE COLLECTION VEHICLES PLACES HIS TRUST IN RÖSLER’S BLAST CLEANING COMPETENCE. 28
PRETREATMENT, SURFACE PREPARATION, DEGREASING & CLEANING ENVIROTECH EUROPE EXPANDS SURFACE CLEANING PRODUCT RANGE WITH RICHARD GEISS RECYCLED SOLVENTS. 38 PRECISION CLEANING FOR HIGH-VOLUME MEDICAL INJECTION MOULDED COMPONENTS.
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INDUSTRY IN TRANSITION Experience That Matters in a Changing Chemical Landscape
The withdrawal of long-established PFAS technologies and the exit of major suppliers have created significant change across the surface finishing and electronics sectors. As new alternatives emerge, manufacturers are looking for trusted guidance. Nuvochems team’s decades of experience in precision cleaning and chemical solutions are helping customers navigate this evolving landscape with confidence.
Industrial cleaning and coating technologies are entering a period of rapid change. The withdrawal of several long-established chemical solutions, combined with the global phase-out of certain PFAS products and the exit of major suppliers, such as 3M, from parts of the market, has left many manufacturers searching for reliable alternatives.
A growing number of suppliers are now entering the sector with replacement
technologies. However, for manufacturers the challenge is not simply identifying a product – it is finding a solution that performs reliably within their process. For industries where cleanliness, reliability and performance are critical, selecting the wrong chemistry can lead to costly production issues or quality concerns. In this environment, experience and practical testing are becoming increasingly valuable.
Based in Cheshire, Nuvochem has supported manufacturers for decades across sectors including electronics, aerospace, engineering and precision manufacturing. The company has built relationships with manufacturers, supporting both established production processes and the introduction of new technologies.
“With so many new entrants in the market, customers are discovering that product alone isn’t enough – decades of application knowledge still make the real difference.”
Mark Duggan, Sales Director, Nuvochem
Removing the guesswork from precision cleaning
Precision cleaning remains one of the most critical – and sometimes underestimated – stages of modern manufacturing.
Even small levels of contamination can affect product reliability and long-term performance, particularly in sectors such as electronics and high-value component manufacturing. Selecting the correct cleaning chemistry and process therefore has a direct impact on both product quality and operational efficiency.
Nuvochem works closely with customers to identify suitable cleaning technologies and validate their effectiveness through practical trials. One of the company’s key services is the ability to conduct cleaning trials, including providing loan equipment so customers can run on-site evaluations.
This enables manufacturers to test cleaning processes using their own components and production conditions, directly comparing results before committing to a new system. By allowing customers to evaluate performance in real operating environments, businesses can make informed decisions and reduce the risks associated with introducing new technologies.
This practical approach reflects Nuvochem’s focus on helping customers solve real production challenges rather than simply supplying chemicals.
From disruption to opportunity
The withdrawal of several widely used chemical technologies has understandably created uncertainty across the industry. At the same time, it is driving innovation as manufacturers seek solutions that balance performance, compliance and long-term supply security.
Many companies are now looking for reliable replacements for PFAS-based coatings previously supplied under brands such as Acota Certonal FC-742 and 3M™ Novec™ 1700, 2704 and 649.
Nuvochem has secured ownership of the Acota Limited tradename “Certonal”, helping ensure continued availability and development of the technology while supporting customers who rely on these products. Replacement technologies within the Certonal series, are available and engineered to match the performance characteristics of legacy products while ensuring ongoing supply continuity.
For organisations seeking to reduce environmental impact, the company also offers a fluorine-free Certonal coating, developed to provide effective protection while supporting customers moving towards PFAS-free technologies.
Alongside the products themselves, Nuvochem provides technical guidance, testing and evaluation support to help customers assess alternatives and implement them successfully.
Expanding capabilities and partnerships
The company has also announced a new distribution partnership with Soltex, enabling Nuvochem to supply Opticool® and Alpha® thermal management liquids throughout the UK.
These specialist fluids provide efficient heat transfer and electrical insulation for
demanding applications such as electronics cooling and advanced power systems. As electronic systems become increasingly compact and powerful, effective thermal management is becoming more important for many manufacturers.
An additional expansion to its portfolio is through a partnership with Goat Throat Pumps. These manually operated pumps provide a simple and safe method for transferring chemicals from drums and containers, offering a practical alternative to electric pumping systems.
Looking ahead
While regulatory change and evolving technologies will continue to reshape the chemical landscape, the fundamentals of industrial manufacturing remain the same. Companies require solutions that are reliable, safe and proven in real production environments.
For manufacturers navigating the transition away from legacy technologies, access to technical expertise, practical testing and trusted supply chains is becoming increasingly important.
By combining decades of industry experience with new technology partnerships and hands-on customer support, Nuvochem aims to help manufacturers adopt innovative solutions while maintaining performance and confidence in their processes.
In a rapidly changing chemical landscape, experience, testing and trusted partnerships remain the foundations of reliable manufacturing processes.
INSTANT VERIFICATION WITH NEW QUALICOAT UK & IRELAND QR CODE
QUALICOAT UK & Ireland has added a QR code to its member certificates in a move which transforms a static certificate into a live verification tool. By scanning the code, stakeholders can instantly verify QUALICOAT member credentials for complete traceability and assurance.
This investment supports competent decision making, helping to prevent errors and misrepresentation, or non-compliant suppliers being specified, and enables specifiers to select suppliers quickly and with confidence.
This initiative forms part of a wider programme of continuous improvement, ensuring the QUALICOAT quality label remains robust, relevant and trusted.
Chris Mansfield, chair of QUALICOAT UK & Ireland explains: “As a quality label organisation, we value trust and transparency. Possession of a printed or digital certificate alone does not necessarily mean that a company or system currently holds a valid
QUALICOAT licence, so, we have taken positive action to address this by adding a QR code to each QUALICOAT certificate which links to the member’s profile.
“This addition aligns our certification with modern demands. The construction industry is under pressure to demonstrate compliance and competency, and decision makers need evidence not just claims. Our QR code provides practical support for those responsible for due diligence and compliance. Better still, verification can now be completed in seconds, saving time across specification, procurement and audit processes.”
How it works
By scanning the QR code, users are redirected to the relevant record in the QUALICOAT QCT360 database, where the current validity status can be confirmed. If valid, the user can access key information, including License Number and Type, Certification Year and Expiry. This additional transparency also helps specifiers identify established and experienced supply chain partners.
Find a QUALICOAT approved member
This QR code initiative also protects our members – compliant, licensed suppliers, by clearly differentiating them from unlicensed or lapsed operators. Search Members via qualicoatuki.org for an up-to-date list of QUALICOAT UK & Ireland members, including powder coat applicators, powder manufacturers and pre-treatment system suppliers.
Chris MansfieldQUALICOAT UK & Ireland Chair
Become an Acknowledged Leader in Surface Engineering and Materials Finishing: INDUSTRY RECOGNISED TRAINING COURSES FROM THE IMF
Are you involved with the application of coatings to enhance and protect your products? Do you need to meet client specifications to ensure the longevity of your components? Does the complex world of surface engineering and materials finishing cause you headaches?
If so, the courses offered by the Institute of Materials Finishing (IMF) could be your solution!
The IMF have been promoting knowledge in the surface finishing industries, both inorganic surface treatments including plating and the application of organic paints, lacquers and varnishes for many years. Large numbers of engineers and technicians across a multitude of industries have benefitted from the knowledge gained to enhance their careers, their standing within industry and the ability to problem solve the many challenges they face in their daily working lives!
Starting with the Foundation level course, students gain knowledge on all aspects of materials finishing, specifically aimed at their own industry requirements, but to include sections on Health & Safety, the Environment and Surface Finishing and Corrosion Protection. There is no need for a science background to be able to successfully complete a foundation course.
The Foundation Course requires study of 15 sections and requires the submission of 2 marked assignments followed by an end examination. The course, conducted by distance learning will take 16 weeks to complete. There are three specific study routes to choose from; electroplating, organic coatings and aerospace finishing. On successful completion, the student is awarded the Foundation Certificate.
To follow on, students can then elect to progress to the Technician level modules, which give more in-depth knowledge for key finishing technologies, their application and best practice methods. Again, both inorganic and organic technologies can be studied to match the industry requirements. There is a choice of eight modules, which provide study in applicable areas of surface finishing best matched to your needs.
Like the Foundation course, study is by distance learning, and the student is required to complete four marked assignments and pass an examination.
Passing two technician modules leads to the award of Technician Certificate; passing four modules leads to the award of an Advanced Technician Certificate.
If you feel your career could benefit from being a recognised specialist in your particular branch of Surface Engineering or Materials Finishing, then contact the IMF today.
Speak with our training manager Karen Yates on +44 (0)121 622 7287 or email karen@materialsfinishing.org.
Move your career to the next level and join the finishing community and all the benefits that gives through the IMF.
UK COATINGS INDUSTRY AHEAD OF TARGET FOR 2030 CARBON EMISSION REDUCTIONS, AS THE BRITISH COATINGS FEDERATION CALLS FOR URGENT GOVERNMENT ACTION
the transition ahead.
The British Coatings Federation (BCF) has launched the 2026 edition of its Roadmap to Net Zero, unveiling a strengthened evidence base, revised emissions trajectory, and an urgent call to action for Government and industry members as the sector accelerates progress toward Net Zero by 2050.
Since publishing the first roadmap in 2023, BCF has expanded and refined its emissions dataset. Enhanced industry participation and improved historical submissions have resulted in a more accurate 2018 baseline for Scope 1 and 2 emissions, rising from approximately 100,000 tonnes carbon dioxide equivalent (tCO2e) to 110,000 tCO2e. With revised data applied across subsequent years, the dataset now provides a more reliable foundation for tracking future progress and modelling long-term decarbonisation pathways.
This improved baseline confirms the sector’s strong trajectory: by 2024, Scope 1 and 2 emissions had fallen to 55,000 tCO2e, representing a 50% reduction from the updated baseline.
This surpasses the roadmap’s own projection for 2030, which anticipated a 38% reduction based on earlier modelling.
BCF’s latest analysis highlights significant early wins, driven by efficiency gains, operational optimisation and widespread uptake of relatively accessible decarbonisation measures. However, the roadmap is clear: much of the “lowhanging fruit” has now been delivered.
To maintain momentum, the sector must embrace deeper, more complex interventions, particularly around Scope 3 emissions, which continue to represent
approximately 97% of the industry’s total footprint.
BCF calls on Government to provide the policy conditions needed for success
The Roadmap includes a renewed, urgent set of policy recommendations to Government to ensure the coatings industry can deliver on its Net Zero commitments.
Key asks include:
Long-term policy stability to unlock industrial investment.
A new Industrial Decarbonisation Capital Support Mechanism to replace the closed Industrial Energy Transformation Fund (IETF).
Green capital allowances to incentivise low-carbon technology upgrades.
A “Help to Grow: Net Zero” scheme to support SMEs with Scope 3 measurement and transition planning.
Accelerated access to hydrogen, Carbon Capture Utilisation and Storage and modular nuclear technologies for industry.
Expanded green skills and workforce training pathways to equip employees for
A proportionate, functional UK REACH system that supports sustainable materials innovation without imposing prohibitive costs.
These measures, BCF stresses, are essential to ensure UK manufacturers remain competitive and can continue investing in the transformation required.
The 2026 Roadmap also outlines a strengthened action plan for companies across the coatings, printing inks, and wallcoverings sector. BCF emphasises that success will require commitment not only within manufacturing sites but across the full value chain: suppliers, customers, logistics partners, waste and recycling systems, and beyond.
With early delivery already exceeding expectations and a strengthened baseline underpinning future decisions, the UK coatings industry is well-positioned to continue its Net Zero journey. The 2026 Roadmap sets out revised milestones; 62% emissions reduction by 2030, 71% by 2035 and 81% by 2040, and provides practical guidance, collaboration frameworks and clear expectations for both Government and industry.
The BCF convened industry leaders, innovators, and sustainability specialists to see the launch of the latest iteration of BCF’s Net Zero Roadmap for the coatings sector, at its third Road to Net Zero Seminar, held on 24th February 2026 at Spaces at the Spine, Liverpool. This year’s event brought together experts from across the coatings and wider chemicals value chain to explore practical, collaborative pathways toward achieving net zero.
The seminar opened with a welcome from
Zoe Slade, Sustainability Manager at the BCF, setting the tone for a day focused on ambition, coordination, and resilience.
Session highlights included an examination of sustainable business and changing mindsets to minimise impact, followed by targeted discussions on Scope 3 challenges in purchased goods and services. Industry representatives shared practical experiences of measuring and reducing supply-chain emissions, underscoring the need for deeper partnerships across manufacturers, suppliers, and downstream users.
The afternoon focused on biobased solutions and life-cycle assessment; speakers highlighted opportunities for innovation, barriers to scaling alternatives, and the critical role of data-driven decision-making.
BCF CEO Tom Bowtell commented: “Our industry has made decisive progress, but the next decade will be critical. This Roadmap shows what we have achieved, and what we must now tackle together.
With the right policy support and strong collaboration across the value chain, we can deliver a competitive, resilient and sustainable future for the UK coatings industry.”
The BCF would like to thank all speakers and event sponsors: Compliance Services
Celebrating 40 years in business
This year, marks five decades as an independent powder coating specialist. We are proud to have one of the largest ranges of stock powder coatings in the UK, available for next day delivery. We have thousands of satisfied customers across diverse markets including construction, agriculture, leisure and retail as well as renowned architects and design houses.
International, Nivalis – Ice Pigging, Paleus Acrylics, TotalEnergies, Energenics, Tennants Distribution, Hibiscus plc and KRUSS, for their support.
For more information and read the new Net Zero Roadmap, please visit https:// coatings.org.uk/page/NetZeroRoadmap
QUALICOAT UK & IRELAND ANNOUNCES OFFICIAL PARTNERSHIP WITH THE STONE & SURFACES SHOW 2026
QUALICOAT UK & Ireland will make its debut at the Stone & Surfaces Show as both an exhibitor and official partner as the event returns for 2026. The partnership reflects the organisation’s commitment to educating, inspiring and engaging with professionals across the construction sector while raising awareness of its internationally recognised quality standards for architectural powder coating.
The Stone & Surfaces Show is co-located with UK Construction Week (UKCW) London at Excel London from 12th – 14th May 2026. With UKCW London also uniting with Futurebuild, this promises to be the UK’s leading built environment super event, with 25,000+ industry professionals, 600+ exhibitors and 700+ speakers across 14 dedicated stages in one place.
Sam Patel, Divisional Director, said: “As the quality label for architectural aluminium coating, QUALICOAT UK & Ireland plays a vital role in upholding standards and promoting best practice throughout the finishing sector. As
demand increases for highperformance, long-lasting surface finishes across façades and architectural features, trusted quality assurance has never been more important. Together, the Stone & Surfaces Show and QUALICOAT UK & Ireland share a commitment to raising standards, supporting innovation and enabling confident material specification, and so we encourage attendees to visit Stand G59 to connect with the team.”
Commenting on the official partnership,
chair of QUALICOAT UK & Ireland, Chris Mansfield, said: “We are pleased to be partnering with the Stone & Surfaces Show for 2026 and to be exhibiting for the first time. As architects, specifiers and consultants increasingly prioritise durability, sustainability and verified quality in façade finishes, it’s important that the industry has access to practical, trusted standards. The Stone & Surfaces Show provides an excellent platform for us to engage with professionals across the built environment, share knowledge about QUALICOAT Specifications and highlight the importance of certified architectural powder coating for delivering long-term performance.”
Visitors can meet the QUALICOAT UK & Ireland team at Stand G59 during the Stone & Surfaces Show, taking place at Excel London from 12th – 14th May 2026. Those interested in attending can register for a free ticket to the Stone & Surfaces Show, co-located with UK Construction Week London and Futurebuild, at: https://forms.reg.buzz/ ukcw-london-and-stone-show-2026/ qualicoat.
Scan & Spray
Dynamic Contour Detection
Programming-free coating of any shape! Gema
The second generation of Dynamic Contour Detection detects the object contour fully automatic and positions the guns individually even for thin objects and at high conveyor speeds. Due to the programming-free adaption of all relevant line settings the application range is significantly extended.
Email: uk.sales@gema.eu.com
ABB ROBOTICS SURVEY SHOWS
ACCELERATION IN AUTOMATION INVESTMENT FOR AUTOMOTIVE MANUFACTURERS
One-third of manufacturers (33%) say improving cost control is their top strategic priority for the next 12 months
31% identify increased investment in automation and robotics as a key response to rising cost and competitive pressures
30% cite labor shortages and rising wage costs among their most significant challenges, with 34% citing energy and material costs as a leading concern
Automotive manufacturers and key supply chain companies are accelerating investment in robotics and automation as they seek to remain competitive, control costs and address ongoing workforce and energy pressures, according to ABB Robotics’ latest Automotive Manufacturing Outlook Survey.
“The intelligent factory is no longer a future ambition – it has become essential for manufacturers looking to stay competitive in a challenging and fastmoving environment,” said Joerg Reger, Managing Director of ABB Robotics Automotive Business Line. “This year’s survey shows that automation, particularly more autonomous and
versatile robotics (AVR™), are increasingly viewed as a practical, near-term solution to cost pressures, labor availability and energy efficiency challenges.”
The global survey, conducted in partnership with Automotive Manufacturing Solutions, highlights how competitive pressures continue to shape manufacturing strategy across the automotive sector. Improving cost control and tighter budget management emerged as the single most important strategic priority, cited by 33% of respondents, reflecting the need to deliver productivity gains while managing rising input costs.
Workforce pressures remain a major factor. Three-in-ten respondents (30%) ranked labor shortages and rising wage costs among their most significant challenges, while skills availability continues to constrain production planning and operational flexibility in many regions.
At the same time, energy and material costs remain a critical concern, cited by 34% of manufacturers, reinforcing the need for more efficient production processes and smarter use of resources on the factory floor.
In response, manufacturers are increasingly turning to robotics, automation and autonomous materialhandling solutions as a means of improving productivity, efficiency and resilience. Nearly one-third of respondents (31%) identified increased investment in automation and robotics as a key strategy for the year ahead, underlining the role of intelligent automation in addressing multiple pressures simultaneously.
The survey also highlights growing interest in a wider range of automation technologies. Collaborative robots (cobots) are seen as well suited to repetitive and time-consuming assembly tasks, working safely alongside human operators to improve consistency and throughput.
Meanwhile, autonomous mobile robots (AMRs) and automated guided vehicles (AGVs) are increasingly valued for their ability to move parts and materials more safely and efficiently, helping reduce manual handling and streamline intralogistics.
These trends reflect a broader shift toward intelligent factories built around more autonomous and versatile robotics (AVR™), enabling manufacturers to respond faster to cost, labor and energy pressures while maintaining productivity and resilience.
“Manufacturers are investing more selectively and more intelligently in automation,” added Reger. “Energyefficient robots, flexible automation cells, cobots and autonomous mobile robots all play a role in helping factories do more with less – increasing productivity while keeping costs and energy consumption under control.”
As competitive pressures continue to intensify, the survey findings suggest that intelligent, automation-led manufacturing is moving firmly into the fast lane, becoming a central pillar of automotive production strategies worldwide.
This year’s survey gathered insights from 473 automotive industry decision-makers representing vehicle manufacturers and suppliers across the value chain
worldwide. The full results are available here: www.abb.com/global/en/areas/ robotics/industries/automotive/ manufacturing-outlook-survey
ABB Robotics as one of the world’s leading robotics companies, is the only company with a comprehensive and integrated AI-powered portfolio covering robots, cobots and Autonomous Mobile Robots (AMRs), designed and orchestrated by our value-creating software. We help companies of all sizes and sectors - from automotive to electronics and logistics – to outperform by becoming more resilient, flexible and efficient. ABB Robotics is at the forefront of developing and commercializing a new generation of Autonomous Versatile Robotics (AVR), leading a global innovation ecosystem of partners in advancing efficient hardware and intelligent software with industrial performance. The business employs approximately 7,000 people. go.abb/robotics
Powder Checker
Non-contact Uncured Powder Thickness Gauge
Affordably measures uncured powder coatings using non-contact ultrasonic technology to predict a cured thickness
Dedicated stand-alone unit is ready to measure right out of the box
Fast measurement speed—ideal for moving lines and swinging parts
Scan Mode continuously takes measurements—ideal for analyzing large areas
Storage of 999 readings with onscreen averaging. Stored readings can be downloaded to PosiSoft Desktop Software
Powder Inspection Kits
Complete solutions for measuring powder coating before and after cure are available
Junair are the UK’s number one supplier of paint finishing equipment, offering the most energy efficient and lowest full life cost of any system on the market.
Experts in the design, manufacture and supply of:
• Paint and powder coating systems
• Dip and spray pre-treatment
• Drying and curing ovens
• Overhead and floor mounted conveyors
Contact us today for more information or to discuss your requirements.
Process control with more functions and greater flexibility
NEW DÜRR ECOAUC2 CONTROL UNIT FOR FAST INTEGRATION AND MAXIMUM FLEXIBILITY
With the EcoAUC2, Dürr is bringing a control unit with some key enhancements to market. More available colors, additional functions, and, for the first time, the ability to control cleaning equipment for different applicators make the control system the central component for reliable and efficient painting processes.
In many production environments, control units need to be precisely tailored to the dosing technology and applicator to ensure reliable operation of the overall system. With the new EcoAUC2, Dürr is raising the performance of application control to a new level and, at the same time, simplifying its integration into modern plant concepts. The control of various technical components has been
extended, and now includes an integrated high-speed unloader, which improves cycle times and increases safety when working with high voltage. Optionally, the control unit regulates an integrated air heater to ensure a consistently high application quality, particularly in humid and warm production environments. Additional interfaces, such as PROFINET, EtherNet/IP, or DeviceNet, enable
seamless data exchange and simplify the integration of the control unit into existing production and plant networks.
Integrated cleaning equipment control
The cleaning equipment for the various Dürr atomizers is now fully controlled via the EcoAUC2. This significantly reduces the integration effort, especially when safely shutting down the high voltage before the high-speed rotary atomizer EcoBell2 enters the special cleaning equipment. This function is now performed by the EcoAUC2: It automatically detects whether the applicator is de-energized, and only then does it enable the cleaning cycle. This avoids potentially hazardous situations.
Increased color and hardener capacity
The control unit can now control up to 20 colors – twice as many as the predecessor model. “We are seeing a clear trend towards personalization in many applications, which is why we doubled the color selection during the development process,” says Stephan Voigt, product engineer at Dürr. In addition, the EcoAUC2 now supports up to five hardener components, instead of the previous three. This means that infrequent but complex paint formulations are now also possible.
Ready to start without delay, intuitive to operate
The EcoAUC2 components are compactly housed in a control cabinet. Integrated in this cabinet are the process controller, the compressed air control system, the visualization system, and the interfaces for robot control and the safety PLC. Like its predecessor model, the EcoAUC2 is
also fully embedded in Dürr’s ready2integrate concept. This works according to the plug-and-play principle familiar from computers: The pre-tested, certified unit is tailored to the respective dosing and application technology and can be started up on site in the shortest possible time without any additional adaptation. An intuitive visualization system with an oversized display simplifies process monitoring and operation. The EcoAUC2 thus significantly extends the possibilities of automated application technology – for anyone who wants flexible, reliable, and versatile coating in an industrial environment.
Dürr will be presenting the new EcoAUC2 for the first time at the PaintExpo in Karlsruhe (Hall 3, Booth 3320) in a live demonstration. Further information on processes, system innovations, and complementary solutions can be found in the current Dürr catalog for industrial painting technology. Visit: https://reframed.durr. com/en/news/product-catalog-2026/
SurTec 883 XT - Trivalent Decorative Chromium Process
Identical colour values as chromium(VI) surfaces
Integration into existing lines possible
Excellent layer thickness distribution between 0.2 and 0.4 μm
SurTec 851 - Exclusive Satin Nickel Finish
Semigloss & non-reflecting nickel coatings with extreme uniform finish
Long bath lifetime due to using a continous system
Broad range of satin effects to match automotive OEM requirements
SurTec 866 - Bright Acid Copper Process
For extremely bright copper deposits with excellent levelling
Well suited for parts with deep recesses or complicate shapes
Very efficient additive system with low maintenance cost
DFT INSTRUMENTS BECOMES UK DEFELSKO AUTHORISED SERVICE CENTRE
DFT Instruments is proud to announced that it is now an official DeFelsko Authorised Service Centre (DASC) for the UK/Ireland, providing manufacturer-approved repairs, servicing, and recalibration for DeFelsko inspection instruments. The appointment represents a significant enhancement to the company’s service offering and delivers clear benefits to UK users of DeFelsko equipment.
DeFelsko instruments are widely used across the UK coatings and corrosion protection market, supporting inspection and quality control in sectors including steel fabrication, infrastructure, oil and gas, marine, and asset maintenance. With inspection equipment playing a critical role in project compliance and sign-off, reliable performance and accurate calibration are essential.
Appointment as a DeFelsko Authorised Service Centre reflects DFT Instruments’ ability to meet the manufacturer’s strict technical, procedural, and quality requirements.
As a DASC, DFT Instruments is authorised to carry out certified repairs and recalibration in line with DeFelsko’s factory standards. All work is completed by technicians who have received formal training and approval from DeFelsko,
using genuine parts and calibrated reference standards. This ensures instruments are maintained to original manufacturer specifications, providing confidence in measurement accuracy and long-term reliability.
For UK customers, one of the most immediate advantages is local access to authorised servicing. Previously, repairs and recalibration work required instruments to be returned overseas, resulting in extended turnaround times. By offering a UK-based authorised service, DFT Instruments a same day turn round on the majority of the range.
All instruments serviced through the DASC are returned with appropriate certification and documentation, supporting quality management systems and audit requirements. This is particularly important for organisations working to recognised standards and specifications, where traceability and documented calibration are essential.
The new appointment builds on DFT Instruments’ established reputation within
the UK market for technical expertise and customer support. In addition to supplying inspection equipment, the company has long provided practical advice and after-sales assistance to inspectors, contractors, and asset owners. Becoming a DeFelsko Authorised Service Centre enables DFT Instruments to offer a more complete lifecycle service, from initial product supply through to ongoing maintenance and compliance support.
Commenting on the appointment, DFT Instruments highlighted its focus on strengthening local support for inspection professionals and reducing barriers to keeping equipment accurate and compliant. The DASC status allows the company to respond more quickly to customer needs, while ensuring all servicing work is fully aligned with DeFelsko’s global standards.
Looking ahead, the appointment strengthens the availability of manufacturer-backed service capability within the UK, offering reassurance to customers who rely on DeFelsko instruments for critical inspection work. With authorised repairs and recalibration now available locally, UK users can benefit from faster turnaround, and confidence that their equipment continues to perform as intended.
For the UK coatings and inspection industry, the appointment of DFT Instruments as a DeFelsko Authorised Service Centre represents a practical and welcome enhancement to after-sales support.
For more information on the service available and the full range of paint test equipment from DeFelsko, please contact Mark Conlon at DFT Instruments, proud authorised UK agent for DeFelsko.
Telephone: 01442 879494
Email: sales@dftinstruments.co.uk
Visit:www.dftinstruments.co.uk
PosiTector ® Inspection
Unrivaled probe interchangeability for all of your inspection needs.
Coating Thickness Probes
n Ferrous n Non-Ferrous n Combination n Ultrasonic
Surface Profile Probes
n Depth Micrometer n Replica Tape Reader
Environmental Conditions Probes
n Integral n Cabled Magnetic Probe n Anemometer Probe
n 1/2” NPT n Infrared
Hardness Probes
n Shore n Barcol
Salt Contamination Probe
n Bresle Method
Ultrasonic Wall Thickness Probes
n Corrosion n Multiple Echo Thru-Paint n Precision
n Low Frequency n Xtreme
Customized Inspection Kits...
Build your own kit from a selection of gauge bodies and probes to suit your needs.
Backwards Compatibility! The redesigned PosiTector gauge body accepts ALL coating thickness (6000/200), environmental (DPM), surface profile (SPG/RTR), salt contamination (SST), hardness (SHD/BHI), and ultrasonic wall thickness (UTG) probes manufactured since 2012.
INTERPON STRENGTHENS ITS MOST ICONIC ARCHITECTURAL COLLECTIONS WITH BIOATTRIBUTED RESINS
AkzoNobel Powder Coatings is strengthening the sustainability profile of its leading Interpon D architectural collections with the introduction of bioattributed resins in European production locations. This enhancement applies to – Interpon D Futura, Anodic, Stone Effect, Natural Metals, Terracotta and Précis Ultra Matt and Interpon D2525
Low-E– collections trusted by architects for their durability, design freedom and longlasting appearance.
The improvement has been made possible through a combination of using supplier-specific product carbon footprint (PCF) data and incorporation of bioattributed resins in European production sites. These two levers result in up to 40% PCF savings on powder coatings versus the former carbon footprint calculated for these products.
The use of a supplier specific data approach acknowledges the investments made by suppliers to improve process and material efficiency, reduce energy consumption, and transition to renewable electricity - all contributing to a lower carbon footprint - and offers greater accuracy in carbon footprint calculations enabling better sourcing choices. Incorporation of bio-attribution of renewable raw materials using the mass balance approach further helps lowering the carbon footprint of these coatings.
These Interpon D architectural collections are part of AkzoNobel Powder Coating’s Eco+ portfolio in EMEA, having met the data-backed sustainability criteria that define the Eco+ range. The Eco+ highlights powder coatings that help reduce their environmental impact without compromising durability, appearance or cost – making it easier for architects to choose coatings that align with their sustainability goals.
Their inclusion reflects how bio-attributed materials support more responsible sourcing of materials - while also preserving the durability and aesthetic
consistency essential for architectural projects.
“The introduction of bio-attributed resins into these iconic Interpon D collections is welcome news to architects and fabricators who want to reduce the environmental impact of their projects without changing the finishes they know and trust,” says Jorrit van Rijn, Marketing Director, AkzoNobel Powder Coatings. “The Interpon D collections have been favourites for years. Incorporating bio-attributed resins allows us to make them even more sustainable while keeping everything our customers value exactly the same.
“This is sustainability that powers progress.” van Rijn adds. “It’s a practical way for architects to own their impact — with no additional cost and no compromise on appearance or durability.
“Our R&D teams continue to advance powder coating technologies to help meet emerging customer needs and evolving regulations,” he says. “By selecting these advanced ranges, architects not only unlock world-class designs, but also contribute to a more sustainable built environment –embodying AkzoNobel’s belief that true progress means delivering beauty, performance and sustainability together.”
This development is part of AkzoNobel Powder Coating’s broader “Own Your Impact” approach to accelerate sustainable innovation across its portfolio, reflecting its Value-Driven Sustainability belief that performance and purpose go hand in hand.
For further information on Interpon’s Eco+ range, visit: https://www.interpon. com/gb/en/sustainability/eco-pluspowder-coatings
The challenge: Shot blasting of large components
FRENCH SUPPLIER OF REFUSE COLLECTION VEHICLES PLACES HIS TRUST IN RÖSLER’S BLAST CLEANING COMPETENCE
The French SEMAT SA is a subsidiary of the German Zoeller group of companies and specializes the design, production and servicing of RCV and street washers’ vehicles. SEMAT, founded in 1945, is headquartered in La Rochelle, a town on the Atlantic coast. There, the company recently erected a new manufacturing building filled with state-of-the-art industrial equipment. The central feature is an indexing continuous feed spinner hanger blast machine, model RHBD-T, from Rösler.
In the new building in La Rochelle bodies are welded together from steel sheets and subsequently prepared for coating. The surface preparation consists mainly of the removal of scale from the welding process but also rust. This is a typical blast cleaning operation, one of numerous shot blasting tasks. Because the components to be blast-cleaned are really big, the SEMAT project was particularly challenging. For example, the welded bodies for garbage trucks can be up to 6,500 mm high and 4,000 mm wide.
Ronny Paasche, global sales expert at Rösler explains: “Initially we discussed several different options. But we decided very quickly that a continuous feed spinner hanger blast machine represented the best solution. It allows the customer to blast his large components within short cycle times with a high degree of efficiency and a relatively low energy input. And, compared to classical continuous blast machines, vertical processing saved a considerable amount of space.” In this case “vertical” means that the components are transported into the blast chamber upright for an all-around blast coverage.
But it was not only the compact equipment design that convinced SEMAT to buy the blast machine from Rösler. Ronny Paasche continues: “The customer was particularly impressed by the numerous technical features, which are part of our standard equipment but are considered as state-of-the-art in the market.”
Gamma 400G turbines offer a maximum of blasting power at relatively low energy consumption
Depending on the preceding manufacturing steps, the rust and scale on the components can be extremely hard, requiring intense “firepower” by the blast media. This is guaranteed by nine Gamma 400G turbines mounted on one wall of the blast chamber of the RHBD-T machine. The work piece, hanging on a special fixture that constantly rotates and oscillates back and forth, is exposed to the blast stream of the nine turbines. This ensures excellent, all-around blast results. And thanks to their innovative, energy-
The hot spot section in the blast chamber is protected by easily exchangeable, overlapping wear plates made from highly wear-resistant steel.
saving design, the Gamma turbines only need a power of 11 kW per unit. But since they accelerate the blast media to a comparatively very high throwing speed, the Gamma turbines produce optimal results. After a cycle time of about 10 – 15 minutes the containers leave the blast machine completely clean with a cleanliness degree of 2,5 SA – ready for transport to the painting line. A manual control system allows calling up about 30 different blast programs so that blasting time and intensity can be adapted to the special processing challenges of each individual container. Therefore, the cleaning results are highly consistent, even though the raw work pieces may not always have the same surface conditions when entering the blast machine.
Optimal media recycling and cleaning guarantees high cost-efficiency and sustainability
A pre-condition for economic and sustainable shot blasting operations is a highly efficient blast media recycling and cleaning system. The center of a wellfunctioning media cleaning system is the cascade air wash separator. Compared to competitive equipment the air wash separator in Rösler blast machines is considerably wider and, thus, guarantees a more thorough cleaning effect for the media. “The extra wide air wash separator permits a very thin media curtain ensuring that contaminants, such as debris, broken down media, etc., are consistently removed from the blast media”, explains global sales expert Ronny Paasche. “Contaminants left over in the media recycling system will damage the throwing blades, the lining of the blast chamber and even the work pieces. Thanks to our extra-wide, highly efficient air wash separator we have, therefore, significantly less wear and tear in the shot blast machine. Particularly scale particles can be extremely abrasive and must, therefore, be completely removed from the media.” An additional benefit of the extra wide air wash separator is the reliable discharge of undersized blast media. Because the excellent cleaning system in the Rösler machine results in a better media classification, it also helps reduce the overall media consumption. Especially helpful in the case of the SEMAT machine
was the fact that the air wash separator is located 10 meters above ground. It allowed installation of a flap screen that automatically discharges foreign objects such as screws, flash, etc., from the media recycling system. Emptying the screen is controlled by a timer.
Other technical details in the SEMAT blast
machine ensure that the entire blast cleaning operation can be performed safely and effectively. For example, a media return hopper covered by a sturdy grate is built into the floor at the machine exit. This guarantees that the machine operator can remove any residual media from the cleaned work piece without the risk of slipping on blast media lying on the floor. A special auger transfers the collected residual media back to the media recycling system.
Effective dust removal guarantees maximum uptimes
Another extremely important consideration for the economic operation of a shot blast machine is the effective dust removal from the blast chamber.
In the SEMAT machine the air stream loaded with dust is initially guided to an expansion chamber, a so-called dropout box, containing an impact plate. There, particles too small for the shot blast process but too big for the dust collector, are discharged. Only very fine particles are transferred to the dust collector. This extends the usable life of the dust collector and the uptime of the filter cartridges.
The air extraction volume is calculated on the basis of computer-based air flow simulations, which have become standard procedure at Rösler. This ensures that after it has been cleaned in the air wash separator, the blast media contains no dust residues whatsoever, ready for the next blast cycle. The work pieces coming
out of the blast machine must be completely free of dust so that their surface provides perfect conditions for the subsequent coating operation.
Safe, sturdy and easy to maintain:
The SEMAT blast machine fulfills all
expectations
In many companies the blast cleaning operation of large weldments is still done manually. But the industry is slowly phasing out large, inefficient blast rooms, where the components are manually cleaned with extremely expensive compressed air. In comparison to these manual operations the advantages of the spinner hanger blast machines are quite obvious: Manual blasting of large components requires processing times that – compared to machine blasting – are multiple times longer. Personnel for this physically demanding job is difficult to find. At the same time, the compressed air usage and, thus, the energy consumption is very high. Automated, mechanical systems offer a much higher capacity, are more economical and produce absolutely consistent results.
Ronny Paasche from Rösler concludes: “Recently we delivered a blast machine similar to the SEMAT system to another customer. With this machine our positive experience from the project at SEMAT was extremely helpful. We are pleased that our innovative approach to challenging shot blasting tasks is helping us to secure new business.”
For detailed information please go to: https://facts.rosler.com/SEMATShotBlasting-Machine www.rosler.com
Nine Gamma 400G high performance turbines with throwing blades in Y-design guarantee optimal blast cleaning results.
The enormous height of the shot blast machine allows the blasting of bodies with a height of 6.5 m and width of 4 m.
Coatings Inspection Equipment
It’s not just the Elcometer 456 Coating Thickness Gauge that’s fast... Generate professional inspection reports in seconds using the FREE ElcoMaster® Data Management Software.
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A LEADING PLATFORM TO EXHIBIT
SFCHINA2026 will be held from November 11 to 13, 2026 at Area A of the China Import and Export Fair Complex in Guangzhou, P.R. China. Since its inception in 1983, SFCHINA has grown into a leading surface finishing platform for technology exchange and business development across Asia and beyond. To better reflect its expanding scope, this year’s exhibition will introduce 2 redefined exhibit zones: “Electroplating & Finishing Technology” (Zone 1), and “Coating Equipment, Engineering & Services | Special Function Coating Products” (Zone 2), enabling exhibitors to present targeted solutions while helping visitors to navigate the exhibition more efficiently.
Exhibit to Capture Growth Momentum
The global surface finishing market was valued at US$3.5 billion in 2025 and is projected to reach US$5.1 billion by 2031, growing at a CAGR of about 7.5%. Asia Pacific currently accounts for 35 – 40% of global revenues, with China emerging as the fastest-growing market in the region. This growth is driven by increasing demand from key end-use sectors such as applications in automotive (particularly new energy vehicles), aerospace, electronics and sustainable construction.
Exhibiting at SFCHINA places businesses at the centre of this strategic and rapidly expanding region.
Seize Opportunities in the Greater Bay Area (GBA)
Guangzhou sits at the heart of the Guangdong-Hong Kong-Macao Greater Bay Area, one of the world’s most dynamic economic regions. In 2025, the GBA’s GDP surpassed RMB¥15 trillion, which ranks it among the world’s top 10 economies. Growth is expected to
continue through 2026, driven primarily by advanced manufacturing, new energy vehicles, semiconductors, green building materials and smart infrastructure. SFCHINA offers exhibitors direct access to this thriving hub, enabling them to leverage cross-border trade opportunities and broaden their customer base.
Align with National Priorities
China’s 15th Five-Year Plan, beginning in 2026, emphasizes sustainability, smart manufacturing and advanced materials as
key drivers of industrial transformation. Exhibiting at SFCHINA2026 enables companies to showcase innovations that align with these priorities, from eco friendly processes and high performance coatings to intelligent production technologies and advanced finishing solutions. By presenting solutions that address both policy goals and industry needs, exhibitors can strengthen their positioning in China’s surface finishing market and forge stronger connections with downstream sectors undergoing modernization.
A Proven Leading Platform
For over 40 years, SFCHINA has evolved into a leading platform for exhibitors to present new technologies, strengthen brand visibility and connect with decision-makers face-to-face. The 2025 Shanghai edition welcomed 8,510 visitors from 40 countries / regions, representing a 16.2% increase compared with 2024,
and hosted 303 exhibitors from 17 countries / regions, an 8.6% increase. These figures highlight the exhibition’s role to create important opportunities for exhibitors to connect, grow and collectively contribute to the industry’s development.
To learn more about SFCHINA2026, please visit www.sfchina.net for more details, and follow us on Facebook, X, LinkedIn and YouTube to stay updated. Scan the QR Code to apply to exhibit.
We solve our customers filtration, chemical transfer and treatment needs.
PUMPS & FILTERS
L SERIES | Medium flow rate filter
P SERIES | Ultra-high flow rate filter
A SERIES | Mechanical seals pump
M SERIES | Magnetic drive pump
T SERIES | Vertical pump
Contact us
SIEBEC UK Ltd, Stafford +44 (0) 1785 227700 sales@siebec.co.uk www.siebec.co.uk
Pre-Treatment Solutions Group Ltd supply unique chemistries for an array of metal processes.
Our Phos-Prep® range of chemicals are chrome free, eco-friendly and cost effective all while maintaining quality and performance.
With over 50 years experience within the industry we pride ourselves on finding the right solution for your metal treatment. Whether that be degreasing, etching, phosphating, paint stripping and more!
TESTIMONIALS
“We have been a customer of PTS for over 20 years and during our time we have relocated our business, changed our pretreatment process with the full support and expert advice to implement changes from the PTS team. A great company who always go the extra mile to support their customers.”
P.Allen, West Midlands.
“We have been fortunate to have partnered with PTS for over ten years now. They are consummate professionals and always exceed expectations in terms of delivery of service, knowledge and customer care.”
E.Smith, Hampshire.
, queries whole
“We have had the great pleasure in working with PTS for over 5 years. No matter how big or small our queries are, PTS always come up trumps and in rapid time. The team are always willing to visit our site to help out with any issues we have or just for a general catch up with our staff. We have a very good relationship with the whole team at PTS and long may this continue.”
R.Glasbey, West Yorkshire.
FIX OR FLEX? WHY ENERGY CONTRACT STRATEGY MATTERS MORE THAN EVER
As geopolitical tensions escalate in the Middle East, energy markets are once again in turmoil. For UK manufacturers, this isn’t just a headline— it’s a direct hit to operating costs, supply chain stability, and long-term planning. The recent conflict involving Iran and Israel has triggered oil price surges, disrupted global supply routes, and reignited inflationary pressures. In this volatile climate, the question isn’t just what you’re paying for energy—it’s how you’re buying it.
At Smart Source Savings, we believe the choice between fixed and flexible energy contracts is no longer a routine procurement decision. It’s a strategic lever that can protect margins, preserve cash flow, and position your business to weather uncertainty.
What’s Driving the Volatility?
The Strait of Hormuz, a critical artery for 20% of global oil exports, has faced partial closures due to military activity. Brent crude briefly surged past $120/barrel before retreating to $85, with daily swings of 5–10% becoming the norm. Meanwhile, Gulf producers like Saudi Arabia and Kuwait are curbing exports, and European gas markets are reacting to supply fears and speculative trading.
For manufacturers, this means:
• Higher input costs for energy-intensive processes
• Unpredictable surcharges on electricity and gas bills
• Pressure on fixed-price contracts signed before the spike
Fixed vs Flexible: What’s Right for You?
Many manufacturers are now exploring hybrid models locking in a portion of their usage at fixed rates while leaving the remainder flexible. This approach balances risk and opportunity, especially when paired with real-time market monitoring and expert guidance.
Smart Source Savings: Your Strategic Partner
We don’t just broker energy deals we help businesses in the coatings industries build resilient energy strategies. Our forensic approach to procurement, validation, and rebate recovery ensures every contract is optimized for value and aligned with your operational goals.
Whether you’re renewing a contract, expanding production, or simply trying to make sense of your energy bills, we offer:
• Tailored contract reviews
• Market timing advice
• Transparent supplier comparisons
• Ongoing support and savings audits
Let’s Talk
If your energy contract is up for renewal in the next 6–12 months, now is the time to act. The market won’t wait and neither should you.
Email: Barrie@smartsourcesavings.co.uk
Telephone: 07940 181000
Smart Source Savings: Your Savings Is Our Business.
Handling Solutions
Product Overview
Manual Monorail Systems
Unit loads up to 3000kg
Monorail Chain Conveyors
Unit loads up to 300kg
Power & Free Conveyors
Unit loads up to 7000kg
Floor Conveyors
Unit loads up to 500kg
Stewart Gill Conveyors Ltd have been supplying overhead conveyors into all sectors of industry for over 70 years.
As a long time member of the Railtechniek van Herwijnen BV Group based in the Netherlands, Stewart Gill Conveyors can offer a comprehensive range of overhead conveyor products which are capable of handling unit loads up to 7000kg.
Stewart Gill Conveyors Ltd offer complete manufacture, installation and commissioning, coupled with fully documented instruction, operation and maintenance manuals.
ENVIROTECH EUROPE EXPANDS SURFACE CLEANING PRODUCT RANGE WITH RICHARD GEISS RECYCLED SOLVENTS
EnviroTech Europe is pleased to announce its appointment as an Official UK Distributor for Richard Geiss GmbH, one of Germany’s leading specialists in sustainable surface cleaning products.
EnviroTech Europe has built its reputation by supplying technically advanced, regulatory-compliant component cleaning and corrosion protection solutions to some of the most demanding industries,
from aerospace to medical device manufacturing and automotive engineering. We offer a range of sustainable formulations, which are cost effective, energy efficient, safe for operators and the environment.
Strengthening a Market Leading Range
The addition of Richard Geiss GmbH products, further consolidates the company’s position as a one-stop source, offering customers greater choice and flexibility when specifying solutions for
their surface cleaning and degreasing processes. GEISS® products are renowned for their consistent quality, sustainability credentials and proven performance across a wide range of applications. EnviroTech Europe’s technical team is on hand to advise on product selection and support.
GEISS® PER CPSHigh-Performance Perchloroethylene for Industrial Surface Cleaning
GEISS® PER CPS is a high purity perchloroethylene (PCE) solvent, specifically stabilised for demanding industrial parts cleaning applications. A non-flammable chlorinated hydrocarbon with exceptional solvency power, making it particularly effective at removing non-polar contaminants such as oils, greases, deep-drawing lubricants and waxes from metal components. Very low surface tension and high capillary action make it ideal for cleaning geometrically complex parts, including components with blind holes, threaded bores and fine surface features - the kinds of components routinely found in automotive, aerospace and precision engineering.
GEISS® PER CPS is produced using advanced solvent recycling and distillation technology, returning
RAC® 5
ONE GUARDFOR ENO ROFDRAUG
RAC® X Tips
KEY BENEFITS
WIDE APPICATIONS
Use one guard for all your airless spraying needs — production, high-pressure, fine finish, low-pressure, wide-angle, line marking and more.
Insert two tips. On one side RAC® 5, RAC® XHD and SC-6 tips and on the other side RAC® X tips and switch instantly for speed and flexibility.
TECHNICAL HIGHLIGHTS
+ Pressure rated up to 530 BAR / 7,700 PSI
+ Fits RAC® 5, RAC® XHD, SC-6 and RAC® X tips
Engineered for convenience. TWINFIT® connects seamlessly to almost any professional airless spray gun. Tighten by hand or wrench to any 7/8” or 11/16” connection.
Only two seats and seals required. Our unique SealEx® 6 for RAC® 5, RAC® XHD, and SC-6 tips, and SealEx® 7 for RAC® X tips ensure reliable performance and perfect adaptability.
FIRST PAINTING
Maximize control, and protect the user: TWINFIT® is built to support professionals ‘under pressure’.
+ Perfect match for ExitFlex® Speedy 6 and Speedy 7 airless tips
+ Rugged, durable and ready for all-day use
COMBINE TWINFIT® WITH SPEEDY TIPS TO UNLOCK THE FULL POWER OF YOUR AIRLESS SYSTEM.
SPEEDY 6
VERSATILITY AT ITS CORE
+ Universal compatibility with all major airless systems and guards.
+ 715+ tip sizes for production, fine finish, line striping and more.
+ Ergonomic handle with built in seal and tIp positioning tool
+ Ideal for daily use with your existing equipment.
+ Perfect fit with TWINFIT® for seamless operation.
SPEEDY 7 TOP OF THE RANGE
+ Tip locking mechanism for extra safety on high-pressure jobs.
+ Designed for tough conditions - shipbuilding, heavy industry and more.
+ 715+ tip sizes, ergonomic excellence.
+ Perfect fit with TWINFIT® for optimal safety amd performance.
+ The go-to for heavy duty professionals demanding precision, protection and perfection.
recovered solvents to a purity equivalent to virgin material. Notably, the recycled solvent saves up to an incredible 71% in CO2 emissions compared to the production of virgin perchloroethylenea significant sustainability advantage for manufacturers seeking to reduce the environmental footprint of their production processes. Key characteristics include excellent distillation capability, good drying behaviour for short cycle times, compatibility with all standard metals, and proven performance in closed vapour degreasing systems.
RG® CLEANER 63 - Modified Alcohol
RG® CLEANER 63 is an aerospace approved modified alcohol designed for industrial surface cleaning where both polar and non-polar contaminants are present. Unlike purely hydrocarbonbased solvents, modified alcohols offer the versatility to address a significantly wider range of contamination types - including water-based coolants, emulsions, salts, metal particulates, oils and greases. It is a strong choice for metalworking, precision engineering and general industrial cleaning applications where the contamination profile is mixed or variable.
Formulated to deliver very high chemical stability at low toxicity, RG® CLEANER 63 is an important consideration for both operator safety and process reliability. It is particularly well suited for use in modern degreasing machines and is compatible with all standard metals, making it a versatile option across a wide variety of component types.
APPROVALS AND TESTING
Several approvals from the aerospace industry.
GEISS® PER CPS is manufactured to DIN 53978 specifications, ensuring verified purity, consistent performance, and reliable cleaning quality for demanding aerospace and precision engineering applications.
All products are supported by the GEISS® Test kits, which allows customers to independently monitor solvent bath conditions on site.
CO2 certificates for sustainability
Customers using GEISS®PER CPS Perchloroethylene grade receive official CO2 Saving certificates verifying the emission savings compared with virgin produced products.
These certified calculations allow individual sites to measure their own sustainability and environmental improvements-. The utilising of GEISS® PER CPS helps contribute to tens of thousands of tonnes of CO2 savings each year.
In 2025 alone, customers saved over 31,000 tonnes of CO², demonstrating significant measurable progress in sustainability.
TLB Safety Containers
GEISS® PER CPS and RG® CLEANER 63 are packaged in TLB Safety Containers, which are robust, palletised units featuring two double-walled containers - one for fresh solvent, one for used - housed in a solid steel casing that protects against spills and damage. Designed for seamless connection to closed cleaning equipment, they enable emission-free filling and emptying of degreasing machines while supporting the secure return of used solvents for professional recycling. A reliable closed-loop solution for safe, efficient solvent management.
Available Now from EnviroTech Europe
GEISS® PER CPS and RG® CLEANER 63 are now available through EnviroTech Europe Ltd.
Our technical team is on hand to advise on product selection and correct handling procedures for your specific applications.
FURTHER INFORMATION
Visit www.envirotech-europe.com for information about uses and applications for all EnviroTech Europe products. For more advice, please telephone us on +44 (0) 20 8281 6370 or use our website contact form.
All products are supplied and supported by EnviroTech Europe Ltd. Available on short delivery times through our dedicated team of distributors worldwide.
PRECISION CLEANING FOR HIGH-VOLUME MEDICAL INJECTION MOULDED COMPONENTS
A collaboration between UK plastic injection moulders
OGM and industrial cleaning specialist Turbex demonstrates how precision cleaning technology can be integrated into the injection moulding process for medical plastics.
The project highlights how scalable cleaning systems can deliver consistent surface cleanliness for high-volume production.
As medical device manufacturing expands, surface cleanliness requirements are becoming increasingly critical.
Components produced through plastic injection moulding must often meet strict contamination standards before assembly or packaging, particularly when used inside the human body.
A recent project involving UK plastic injection moulders, OGM, and the industrial cleaning specialist Turbex, demonstrates how precision cleaning technology can be integrated into the high-volume production of medical injection moulded components.
Medical Plastics and Surface Cleanliness
Oxford-based OGM provides full-service plastic injection moulding, mould toolmaking, assembly and finishing for a range of industries. The company operates Class 7 (ISO 10,000) cleanroom assembly facilities, enabling the manufacture of medical-grade plastics for global OEM customers.
When OGM secured a contract to produce a disposable medical device, the project introduced a new requirement within the injection moulding process: post-process precision cleaning.
Unlike many injection moulded components, which are typically supplied without washing or degreasing, the device required complete removal of processing residues, mould-release oils and airborne particulates.
Achieving the required level of cleanliness across thousands of medical-grade plastic parts required a robust, repeatable cleaning solution.
Evaluating Cleaning Technologies
To develop the process, OGM partnered with Turbex to evaluate industrial cleaning methods. Initial discussions centred on a large multi-stage ultrasonic cleaning line.
However, cleaning trials showed that ultrasonic tanks alone would not provide the most efficient solution for large
volumes of identical plastic injection moulding components.
Instead, testing at Turbex’s Cleaning Technology Centre identified a precision cleaning system combining immersion, ultrasonic energy and basket rotation as the optimal approach. The selected MAFAC Java system integrates washing, rinsing and drying within a single chamber.
The rotating basket ensures that all surfaces of the injection moulded components are evenly exposed to the cleaning medium, improving contaminant removal while enabling hundreds of parts to be processed in a single cycle.
Efficiency and Scalability
Compared with the originally proposed ultrasonic line, the single-chamber system offered several advantages.
The installation requires a significantly smaller footprint—around 2 m² compared with approximately 14 m² for the alternative—and delivers around 20% lower energy consumption. The investment cost is also three to four times lower.
Importantly, the modular system allows cleaning capacity to scale alongside production. As the output of medical plastic components increases, additional machines can be installed to support the growing manufacturing programme.
The project highlights how modern precision cleaning technology can meet the stringent surface cleanliness requirements of today’s medical plastics and injection moulding applications.
Telephone: +44 (0) 1420 544 909
Email: sales@turbex.co.uk
Visit: www.turbex.co.uk
PRECISION WITHOUT COMPROMISE: VIXEN’S EXPERTISE IN WET BLAST CLEANING
Repeatable performance across shifts and operators
As industries continue to demand cleaner components, extended service life, and greater process consistency, surface cleaning technology has never played a more critical role.
At Vixen Surface Treatments, wet blast cleaning is not an adaptation of existing processes—it’s a proven surface enhancement technology, engineered from the ground up to deliver controlled, repeatable results across a vast range of materials and applications.
With over 30 years of experience in the design and manufacture of surface treatment systems, Vixen has become the global leader in wet blast cleaning equipment—providing efficient, environmentally responsible solutions trusted by some of the world’s most advanced manufacturers.
Designed for Cleanliness.
Engineered for Control.
Wet blast cleaning uses a water borne slurry of fine abrasive to remove corrosion, coatings, oxides, and contaminants, while gently cleaning and conditioning the underlying substrate. The result is a uniform, contamination free surface, free from dust and static build up.
Vixen systems deliver:
Consistent cleaning quality part after part
Controllable parameters—media concentration, flow rate, and blast pressure
Safe, no-dust operation in a sealed, clean environment
From aerospace components and turbine blades to automotive parts, stainless fabrications, and precision tooling, Vixen’s technology ensures every surface is prepared for its next stage— whether that’s inspection, coating, bonding, or service.
Advanced Wet Blast Cleaning Systems
At the core of Vixen’s portfolio is the Aquablast range, offering manual, semi automated, and fully integrated cleaning systems. Each is engineered for efficiency, long service life, and easy maintenance.
Key features include:
Balanced slurry flow for even finish distribution
High efficiency pumps for consistent media delivery
Optional rinsing and drying stages for a complete cleaning cycle
Custom tooling and fixturing for complex or delicate components
Inline and Multi Stage Cleaning Solutions
For high volume applications, Vixen provides inline and continuous wet blast cleaning systems, integrating cleaning, rinsing, and drying into a single automated line.
Such systems are ideal for:
Aerospace and automotive MRO facilities
Additive manufacturing post processing
Medical and pharmaceutical component cleaning
General engineering requiring particulate free surfaces
Built In House.
Trusted Worldwide.
Every Vixen wet blast cleaning system is designed, built, and tested in house at the company’s UK headquarters. This vertical integration guarantees total control of quality and performance, from system design to long term support.
Clean Technology That Adds Real Value
Vixen wet blast cleaning brings measurable operational and environmental benefits:
Reduced chemical use compared with solvent or vapour cleaning
Consistent parts cleanliness for downstream processes
Lower maintenance costs and consumable use
Improved workplace safety and cleanliness
Repeatable surface finish quality and extended component longevity
Your Partner for Cleaner Performance
At Vixen Surface Treatments, wet blast cleaning is more than a process—it’s a partnership built on understanding each customer’s requirements and delivering long term performance.
Whether restoring precision components, preparing surfaces for coating, or ensuring ultraclean finishes in production, Vixen continues to set the standard for wet blast cleaning technology worldwide.
Discover how Vixen Wet Blast Cleaning can transform your surface preparation process below: www.vixenaquablast.com
From design, manufacturing and supply to installation, commissioning and ongoing support,
Oven Temperature Logger
THE TRUE COST OF POOR PRETREATMENT
4. Audit Their Process Control Philosophy
Poor or under designed pretreatment systems creates a broad set of hidden and escalating costs. These costs are rarely obvious at first—but they compound quickly across production, energy, asset life, regulatory compliance, and operating budgets. But these are the more obvious costs, what about additional inspection, rework & rejects, and warranty claims from corrosion failures in the field, all contributing to a higher cost per part. Then there is the impact that a poor finish has on customer perception and brand loyalty.
What if your pretreatment is for aerospace product treatment, aerospace coating systems operate under far stricter performance, safety and regulatory demands. This makes the consequences of poor pretreatment exponentially more serious – financially, technically and operationally. Aerospace finishes must meet strict regulatory and customer specifications, aerospace materials are more specialised, so errors cost more.
How to Ensure a Company Chooses the Right Pretreatment System Supplier
Selecting a pretreatment supplier isn’t just a purchasing decision—it’s a risk management decision. The goal is to guarantee performance, longevity, compliance, and ROI. Below is a comprehensive, actionable approach.
1. Start With a Clear Specification
Companies often choose the wrong supplier because their requirements are vague. A proper specification should include a comprehensive list of technical requirements.
A supplier can only be evaluated properly when the requirements are explicit, measurable, and unambiguous.
2.
Demand Proof of Capabilities Through References, Not Marketing
Every supplier will claim they can deliver. Verifying that claim requires asking for project references, and following up on these with customers to ask about key deliverables such as project execution, system performance and after-sales support
Red flag: Suppliers that provide generic claims.
3. Evaluate the Supplier’s
A correct pretreatment system is a marriage of chemical + plant design.
Evaluate the suppliers experience and capability. A supplier without engineering capability is a common root cause of system failure.
Good suppliers provide systems that don’t just work when installed—they stay in control.
Ask about the system software, training programs & documentation, and service support
The best suppliers design systems for low variation.
5. Evaluate Total Cost of Ownership (TCO), Not Just Upfront Price
Avoid choosing suppliers with the lowest bid who cuts corners.
Ask the supplier to provide technical details that help you produce a TCO model. And interrogate differences in data provided by suppliers.
6. Verify Standards Compliance & Certifications
For regulated industries (especially aerospace), require proof of ISO 9001, and Safety and environmental certifications
A good supplier will have the relevant certification.
7. Conduct a Supplier Site Visit
Verify capability, a good supplier will show technical credibility.
In Summary — The Best Way to Ensure the Right Supplier Is Chosen
Use a structured, evidence-based evaluation process anchored in evidence of past systems, technical capability, engineering depth, process control, compliance, and TCO.
This prevents companies from choosing: suppliers who oversell and underdeliver low-cost providers that create expensive long-term problems systems that don’t match the materials or the finish specifications
Telephone: +44 (0) 1543 444001
email: sales@kochllc.com
Visit: www.kochllc.com
Comprehensive Lifecycle Management
KOCH manages finishing systems from concept to long-term support, ensuring seamless integration and reduced project risks.
Wide Range of Coating Technologies
KOCH offers turnkey solutions for liquid paint, powder coating, electrocoating, anodizing, plating, and porcelain enamel.
Focus on Sustainability and Ef ciency
Systems are built with energy-efficient technologies and eco-friendly features like wastewater and emissions control.
Global Reach with Local Expertise
KOCH operates globally with local presence in the US, Mexico, and Europe for close customer collaboration.
EcoCvario – innovative all-rounder for water-based fine cleaning FAST, ECONOMICAL, AND SUSTAINABLE FOR HIGH PURITY
With the new EcoCvario, Ecoclean has developed a highly flexible solution for water-based precision cleaning. The modular concept allows different cleaning technologies and drying processes to be combined and adapted to individual requirements in such a way that high cleanliness specifications can be met reproducibly, quickly, and sustainably. In addition, innovative equipment details, effective heat management, optimized media flow, and efficient media treatment contribute to costand resource-saving processes.
Increasing quality requirements are leading to more demanding cleaning tasks with high cleanliness specifications across all industries. This is regardless of whether mass-produced parts are to be
cleaned as bulk goods or precision parts as set goods. These applications require application- and customer-specific fine cleaning processes, for which Ecoclean has developed the new EcoCvario.
The powerful spray-flood cleaning system with a vacuum-tight working chamber is designed for batches weighing up to 150 kg and measuring a maximum of 650 x 470 x 400 mm and is equipped with three flood tanks as standard. Its compact footprint and wide range of automation options also make it ideal for seamless integration into the production chain.
It’s
all in the combination
By using various cleaning technologies that can be combined as desired, this innovative all-rounder can be adapted to a wide range of requirements. For example, the pulsated pressure cleaning (PPC) pressure change process enables contaminants to be reliably removed from complex internal geometries, fine capillaries, narrow undercuts, deep bores with small cross-sections, or the delicate structures of printed components. With power-controlled ultrasound at different frequencies, individual vibration units can be selected or deselected depending on the application and parts. For stubborn contamination, high-pressure cleaning comes into its own. Gentle flooding ensures that delicate and sensitive components emerge from the cleaning system clean and undamaged, in line with requirements. The rinsing function of the working chamber via additional nozzle bars reduces carryover to a minimum.
The EcoCvario also offers comparable flexibility when it comes to drying: equipped with combinable hot air and vacuum drying, optimal results are achieved in every case with minimal energy consumption and the shortest possible time. This is supported by sensor-controlled moisture measurement and monitoring integrated into the working chamber. HEPA filters for treating the supply air during hot air drying prevent recontamination of the cleaned parts.
The highly flexible EcoCvario was developed for aqueous precision cleaning. The new system enables the integration of different cleaning and drying technologies that can be configured to suit specific applications and customer requirements.
System technology designed for high cleanliness
In addition to the combination of cleaning and drying processes, the system technology supports high cleaning quality. This includes the working chamber made of polished stainless steel and the media-carrying pipes welded using special processes that counteract deposits. The bogie integrated into the working chamber with frequencycontrolled drive ensures precise positioning of the components and optimum accessibility of media and process mechanics. The flood pumps, which are also frequency-controlled, ensure fast filling and emptying of the working chamber or tanks with optimum adaptation to the items being cleaned. These are arranged vertically and are cylindrical. The flow-optimized design of the flood tanks prevents deposits from forming and contributes to improved media flow. This results in extended bath life and thus cost and resource savings as well as higher productivity.
Effective media treatment reduces operating costs
Suspended and light materials, such as oil or casting dust, are reliably removed from the cleaning baths by effective gravity separators. The separate media circuits of the flood tanks are each equipped with full-flow filtration. Both bag and high-performance filter elements can be used in the flexibly designed filter housing without any modifications. When a filter change is required, this is indicated on the HMI, including operating instructions, and can therefore be carried out without any problems. For continuous treatment of the rinsing baths, a newly designed Aquaclean system can also be integrated, whose waste heat is used to completely heat the cleaning medium in flood tank one. Overall, the media treatment of the new EcoCvario is designed for long circulation of the baths, which significantly reduces energy, water, and chemical consumption and lowers operating costs.
The design and equipment of the EcoCvario, with vertically arranged, flow-optimized flood tanks and specially welded media-carrying lines, are designed to meet high cleanliness requirements. Image source: Ecoclean GmbH.
Simple, safe operation and state-of-theart communication technology
The user-friendly HMI ensures intuitive and safe control through a guided dialogue between the system operator and the control panel. At the same time, it simplifies the definition of up to 50 part-specific cleaning, rinsing, and drying programs, each with up to 30 process steps. The ability to set the parameters for each program sequence of the cleaning processes individually allows for extremely precise adaptation of the cleaning to the parts.
IO-Link is used in the EcoCvario for safe process control and quick and easy maintenance. This is a future-oriented, standardized communication technology that connects intelligent sensors and actuators to a higher-level automation system. This results in various advantages, such as higher data availability and accuracy, improved productivity, simplified and faster maintenance, and fault diagnosis. Contact: Ecoclean GmbH, www. ecoclean-group.net
SAFE, SUSTAINABLE DEWAXING AND DEGREASING PROCESS FROM SAMUEL BANNER LTD
Product Overview
SamSol® DEWAX Precision Cleaner is a special blend of aliphatic esters and surface - active agents, formulated to offer an effective alternative to PFAS containing solvents chlorofluorocarbons, chlorinated hydrocarbons, caustic cleaners, and undesirable petroleum-derived solvents in precision cleaning applications.
Key Features
1.Composition:
Special blend of aliphatic esters and surface-active agents.
2.Safety and Environmental Impact:
High flash point, low odour, low toxicity, and low vapour pressure for operator safety.
Readily biodegradable and not a hazardous waste.
Non-corrosive and free from carcinogens.
PFAS-Free
Approved by leading manufacturers in various industries including aerospace, automotive, jet engine, optics, and silicon wafer
Applications
Designed for removing high-melting-point soils such as waxes, pitches, greases, fixturing compounds, and buffing compounds.
Ideal for applications where elevated temperatures aid in soil removal.
Extremely effective at removing masking waxes in metal plating, waxes, pitches, and thermoplastics used in optics, wafer, and jet engine industries.
Removes common metalworking soils including oils, greases, lubricants, coolants and dye penetrants typically used in NDT.
Process
SamSol® DEWAX is designed for use in semi-aqueous cleaning processes. While individual process configurations may vary based upon the particular cleaning needs in a given application, most processes operate more or less as depicted in the pictorial process flow, top right.
Aerospace Approvals & Testing
BOEING D6-17487 Revision R: Exterior and General Cleaners, Liquid Waxes Polishes and Polishing Compounds
PWA 36604 (Revision E, 12/13/11) Approval pf Cleaners used in Manufacture and Overhaul of Parts.
ASTM F945 Stress Corrosion Testing
AMS 4911 & AMS 4916 Stress-Corrosion of Titanium Alloys by Aircraft Engine Cleaning Materials Method A
Hot Corrosion testing: AMS 4037 Aluminium, AMS 4375
Magnesium, AMS 6359 Iron AMS 5508 Greek Ascoloy AMS
Rolls-Royce CSS 253: Low Temperature Corrosivity Rolls-Royce OMat 1/288D Wax Remover Rolls-Royce CSS No 254 Class A Semi-Aqueous Cleaning Fluids Suitable on Metallic Materials
For further information, ask questions or to request a no obligation and free of charge product demonstration, please get in touch with us at pcs@bannerchemicals.com or phone +44 (0)1928 597030
WAM Silotop
Airmaster Donaldson Camfil Goldcone
CHROME FREE TREATMENT FOR ALUMINIUM
At BC Metal Finishing we have been in business for almost 40 years supplying pretreatment chemicals and related products. During that time we have kept abreast of all the latest developments, taking pride in the products we supply and the backup service we offer at no extra cost to the customer.
Over the years we have developed and promoted many products one of which having given outstanding results, so in the article we would like to concentrate on PHOSGUARD NC 304 which is a chrome free conversion coating for aluminium.
PHOSGUARD NC 304 is used in conjunction with alkali cleaners and acid etches to produce a chrome free conversion coating which considerably increases the adhesion and corrosion resistance when followed by an organic coating such as powder coating or wet paint.
The systems using these products would be as follows:-
Full System Alkali Cleaning Etching And Conversion Coating
Stage 1 Alkali Cleaner
Stage 2 Mains Water Rinse
Stage 3 Acid Etch
Stage 4 Mains Water Rinse
Stage 5 Mains Water Rinse
Stage 6 Chrome Free Conversion PHOSGUARD NC 304
Stage 7 Dry Off
It can be noted from this sequence that there is no final rinse as PHOSGUARD NC 304 is a “dry in place” process.
The system shown is for work that is soiled and requires a separate alkali cleaning and etching stages. However, when the work is lightly soiled this separate alkali cleaning stage can be omitted as follows:-
Alkali Cleaning And Conversion Coating
Stage 1 Alkali Cleaner
Stage 2 Mains Water Rinse
Stage 3 Mains Water Rinse
Stage 4 Chrome Free Conversion PHOSGUARD NC 304
Stage 5 Dry Off
Combined Degreasing/ Etching And Conversion Coating
Stage 1 Degrease/Acid Etch
Stage 2 Mains Water Rinse
Stage 3 Mains Water Rinse
Stage 4 Chrome Free Conversion PHOSGUARD NC 304
Stage 5 Dry Off
In summary the benefits of this process are:-
1. Very low chemical make ups and usage
2. The etch and conversion coating can be used at ambient temperature
3. Small process times.
4. Little or no sludge, hence low maintenance.
5. Dry in place conversion so no final rinse stage.
6. Make ups and rinses can be done with towns water.
7. No expensive demineralised plant required.
8. Can be used by spray or immersion.
9. Excellent adhesion.
10. Excellent acetic acid salt spray resistance.
These systems suit those companies who have or require a full plant; however, consideration has to be given to those companies whose components are too large for a conventional plant or those who do not have the space or capital. If this is the case all is not lost as these products can be offered for hand application either in the form of a panel wipe or a swab on application.
Panel wipes are available for degreasing in water based Desol PW 700 or solvent wipe Desol PW 712. The etching as Desol PW 770 acid wipe and the chrome free conversion coating as Desol PW 304 chrome free wipe.
For those who prefer aqueous cleaning Metsol PT 526 solvent based and Metsol PT 532 water based can be used for degreasing and Metaclean DR 232 used for etching.
In conclusion the PHOSGUARD NC 304 is a unique process which can be used in a pretreatment system or wipe application and is being extensively used with excellent results.
For more information telephone: 01204 495818 or 07734 245793
Visit: www.bcmetalfinishing.co.uk
REVOLUTIONISE YOUR SURFACE PROCESSING
TextureJet delivers innovations in edge shaping , surface preparation and part marking for high precision component manufacture.
We enhance the quality, performance and yield of our customers’ products, whilst reducing the costs and environmental impact of our customers’ operations.
Our cutting-edge electrochemical jet machining technology empowers manufacturers to selectively modify component features and surfaces with precision and control.
EDGE SHAPING & DEBURRING
4 x More Precision
Minimal Affected Zone
Enhanced Repeatability
HOW CLEANLINESS TESTING SAVED THOUSANDS OF EUROS WHILE ENSURING QUALITY
Burnside Hydracyl cut washer maintenance, extended fluid life, and improved throughput using objective cleanliness measurement
In many production environments, cleaning processes are run conservatively because cleanliness is hard to verify. In the name of risk reduction, the result is frequent fluid changes, unnecessary downtime, and higher operating costs. Hydraulic cylinder manufacturer Burnside Hydracyl worked with Dyne Testing, an Intertronics brand, to replace assumption with measurement in its cylinder washing process. By introducing quantitative cleanliness verification using the SITA Cleanospector, Burnside reduced washer servicing frequency, extended fluid life, and cut costs by around €7,500 per washer per year, while maintaining product performance and quality.
Burnside Hydracyl, of Ballymoon, County Carlow, Ireland, has designed and manufactured hydraulic cylinders for sectors from agriculture to industrial maintenance for almost four decades.
Quality Engineer JJ Ryan was replacing washer fluid monthly; he suspected this was over-cautious, but knew the risks.
“Pollution in hydraulic systems can lead to misalignment, blocked valves, internal damage, and even uncontrolled failures,” Ryan explained.
With Burnside spending around €1,500 per IBC of cleaning fluid, Managing Director Brendan Byrne asked Ryan to find a way to measure post-wash cleanliness, reduce waste, and bring better control to unquantified running costs without compromising quality.
Understanding the industrial washing process
Ryan contacted Dyne Sales Manager Alison Fox in early 2025, arranged initial testing of cylinder samples using the SITA Cleanospector, which illuminates metal surfaces with UV light and measures fluorescence from residual organic oils and contaminants. Cleanliness is expressed in relative fluorescence units (RFU) — an objective, numerical measure that can be tracked and controlled over time.
The results delivered immediate value: one side of components from a specific washer returned consistently high RFU
values. Inspection revealed a broken arm inside the washing chamber, which was promptly repaired.
“This insight was exactly what we were looking for,” recalled Ryan. “We’d seen the Cleanospector on Dyne Testing’s website, so this demonstration convinced us that it could help achieve our quality and traceability goals.”
Confidence through visibility
Burnside purchased the Cleanospector in March 2025. Fox and Dyne Testing Technical Sales Executive Conor Kelly trained the quality team, demonstrating best practice and discussing integration into the production line.
“Conor explained it brilliantly; he kept everything simple and precise. Dyne are great communicators and teachers,” said Ryan.
Armed with RFU data across its washer fleet, Burnside reduced fluid changes from 12 to seven per year per washer — saving around €7,500 annually — with further reductions planned for 2026. Cylinder performance is unaffected, quality standards remain high, and importantly customer safety is protected. The Cleanospector also improved
Lets work together
Thermaset offers an extensive range of powder coating products and solutions. We provide a fast, accurate and bespoke colour matching service - we can colour match almost anything;
them we had the exact documentation to put their fears to rest,” said MD Brendan Byrne. “This technology has opened up lots of opportunities for us at Burnside.”
To learn how Dyne Testing could help you meet your cleanliness needs, see its surface measurement products.
Do you have a specification for cleanliness within your process?
No? But clean is clean… right?
Fraser Technologies Managing Director, Graham Fraser, would disagree.
“There is no such concept as completely clean. So, we need to determine, what is clean enough?”
At Fraser Technologies we often encounter manufacturers who are unsure about the level of cleanliness required within their process. While this may seem like a simple question, the answer is critical. Getting it wrong can have lasting
consequences for production costs and the quality of the final product.
The cost of cleaning is a fine balance
As noted, the idea of something being ‘completely clean’ is unrealistic. The challenge is defining the level of cleanliness required for the end application.
This varies depending on the industry, materials, and manufacturing process involved.
We support customers through
a comprehensive evaluation process designed to identify the most suitable cleaning solution while balancing performance with cost.
Underspecified cleaning processes can damage production capability. Consistency and repeatability are essential, and these can only be achieved once a clear cleanliness specification is defined.
Reject rates are often a clear indicator of cleaning performance. One longstanding Fraser Technologies customer specialising in imaging equipment can only confirm whether components have been sufficiently cleaned during final acceptance testing. By this stage the product is fully assembled, meaning contamination in a single component can result in rejection of the entire unit, wasting time, materials, and cost.
Establishing a robust cleanliness specification early in the process helps prevent these issues.
In a recent case study, Fraser Technologies implemented a defined specification and delivered a bespoke solution converting from aqueous cleaning to solvent cleaning using an Opteon™ Specialty Fluid. The result was a 90% reduction in reject rates for a pioneering UK aerospace engine manufacturer.
However, over-specified cleaning processes can also introduce unnecessary cost. Expensive equipment, excessive chemical consumption, and energy-intensive processes can place avoidable pressure on operational budgets. This highlights the importance of careful evaluation before committing to a cleaning solution.
Determining the right standard
Once a cleanliness specification is defined, different cleaning technologies can be assessed.
The process begins with a detailed audit to identify component materials, contamination types, and contamination levels. Understanding how the final product will be used also informs the analytical methods required.
In some cases, visual inspection may be sufficient. In precision cleaning environments, this can involve microscope inspection to detect particulate residue or surface markings. More advanced techniques can also provide measurable data, such as contact angle testing to evaluate surface characteristics and solvent extraction testing to measure organic contamination.
A tailored approach
Fraser Technologies defines its core values through three principles: Evaluate, Supply, and Support.
Through process audits, analytical testing, and cleaning trials, Fraser Technologies develops bespoke cleaning solutions tailored to each application. The final process must be compatible with component materials,
align with customer budgets and environmental goals, and most importantly meet the defined cleanliness specification.
Fraser Technologies supports manufacturers through evaluation
services including analytical testing, process audits, and cleaning trials to optimise cleaning performance while controlling cost.
www.frasertech.co.uk
SHERWIN-WILLIAMS EXPANDS ITS WORLD-CLASS RANGE OF SOLVENT-BASED INTUMESCENT COATINGS
Faster drying, lower thickness, improved performance: welcome to the evolution of FIRETEX
Do more with less, thanks to two new additions to the SherwinWilliams Protective and Marine’s FIRETEX world-class range of solvent-based intumescent coatings. FIRETEX FX1008 and FX2008 offer superior performance and up to 120 minutes of fire protection in line with BS-476 testing. Compared to conventional 1-pack solventbased material, they provide faster drying times and lower film thickness for more efficient, more cost-effective protection of assets such as stadiums, high-rise buildings and transportation hubs, factories, warehouses and data centres.
While FX2008 has a more specialised solvent blend with a lower flash point temperature and is suitable for use during application in shop, FX1008, employs a high-flash point solvent blend to optimise application characteristics and improved safety for use on site. Both ensure consistent film build, excellent durability, and a smooth architectural finish, even under demanding site conditions.
Part of the organisation’s one-pack solvent-based intumescent fire protection range, the products enable faster build time and higher throughput, with no compromise on quality, safety, or performance.
FIRETEX FX1008 and FX2008 deliver a smooth and consistent finish for exposed architectural steel, while providing reliable protection for 90-120 minutes ratings.
Combined with support from SherwinWilliams’ Fire Engineering and Estimation Team (FEET), FIRETEX helps provide cost-effective, code-compliant, sustainable fire protection solutions. FEET, which includes qualified engineers and members of recognised professional institutions, offers an estimation service based on customer drawings and 3D BIM models to evaluate the necessary thickness of FX in each steel section. The team implements the industry-leading Firetex Design Estimator (FDE) software, which offers advanced engineering analysis features, to further optimise fire protection material requirements, and offers a comprehensive CO2 report for each project.
Alex Tsiolas, Senior Portfolio Manager: Fire Protection EMEAI at SherwinWilliams said:
“FX2008 for controlled in-shop coating and FX1008 for dynamic on-site work were engineered to boost efficiency on projects ranging from high-value infrastructure to manufacturing and processing facilities.
“Their superior performance provide 90 to 120 minutes of passive fire protection. And their faster drying and lower thickness requirements keep schedules moving, reduce material usage, and, ultimately, save contractors valuable time and money.”
Key features and benefits:
Greater application efficiency: Faster drying enables quicker recoating and reduced waiting times, helping projects stay on schedule, both in-shop and on-site;
Lower material consumption: reduced film build means less product is needed per project, leads to cost savings and more competitive bids;
Versatile use across environments: FX2008 supports controlled in-shop production workflows, while FX1008 withstands variable on-site conditions without compromising finish;
Improved productivity for contractors: Faster project turnaround and reduced labour hours, making it ideal for complex, large-scale or time-sensitive builds;
High-quality final appearance: Smooth, consistent finish with coloured and tintable topcoats suitable for exposed architectural steel;
Enhanced performance for high fire-resistance requirements: Reliable
This new efficient one-pack solvent based intumescent coating enables faster project turnaround, making it ideal for complex or time sensitive builds such as manufacturing facilities.
protection for 90–120-minute ratings, addressing increasing safety demands in modern infrastructure.
For more information: protectiveemea.sherwin-williams.com
THE FARADAY CAGE: WHY “ELECTROSTATIC” SOLUTIONS FAIL IN RECESS COATING
By Sergey Guskov, Nordson Corporation
In my 35 years in the powder coating industry, perhaps the most frequently used term to describe a challenging application is the “Faraday Cage effect.” It’s named after Michael Faraday, the British scientist who in 1836 demonstrated that external electric fields do not get through a grounded metal cage.
In modern powder coating, it has become common to refer to almost any recessed or corner area as a “Faraday cage area”. But is this term correctly applied? Is there indeed no electric field inside the corners or recesses of the products we coat?
The short answer is a resounding “No.” The term is not only wrongly applied in our industry, but it is also misleading. By labelling these challenges as “Faraday Cages,” we wrongly point users toward an electrostatic phenomenon. This suggests that improving the coating of complex shapes should be addressed by managing the electric field and charge. Equipment suppliers often take advantage of this misconception and the fact that we plainly can’t see electric fields by claiming that a new electrostatic control in a spray system can magically “break into” these areas. Unfortunately, that is often just smoke and mirrors.
Electric Field – Is There Only One?
Most of us recall from school an image of an electric field depicted as lines between two electrodes. Figure 1a illustrates the field between the charging electrode of a spray gun and a grounded object.
However, this picture changes once a corona discharge develops and we start spraying powder. As soon as the space between the gun and the part is filled with charged air molecules, ions, and powder particles, a second electric field is created by the cumulative charge of that cloud. Figure 1b. Much in the same way an
electric field is created between a thundercloud and the ground resulting in lightning, this second field—called the “space charge” field—exists everywhere charged particles are present.
This space-charge field is absolutely essential for powder deposition. Without it, gravity or aerodynamic forces would simply overpower the process, and the desired coating layer would struggle to form. No matter how small or narrow a corner is, if a spray system delivers a cloud of charged powder inside that recess, that cloud creates its own electric field.
The Invisible Wall: Aerodynamics
If there is an electric field inside the recess, then the term “Faraday cage” is clearly being used incorrectly. It also means that trying to improve coverage solely by tweaking electrostatic parameters might not be the right approach.
As shown in Figure 2, the external electric field created by a spray system follows the path of least resistance to the nearest surface which is often the edges of a recess. Thus, if a spray system is positioned some distance away from a product we powder coat (as is the case with most automatic powder coating systems) there is no help from the external field in the deposition of a coating layer inside recesses.
Figure 1
Figure 3 shows a coating application on a garage door having narrow recesses on its surface. Only the field of the space charge exists inside those narrow channels. In a closed recess (Figure 4.), the airflow from the spray gun creates massive aerodynamic turbulence.
The real hurdle in recess coating is a dramatic interplay between electric and aerodynamic forces. When a spray system targets a closed recess or corner, the air used to transport the powder creates significant turbulence. If this air moves too fast, it acts as an invisible barrier, disrupting the powder deposition process before the electric field can do its work.
The Vicious Cycle of High Velocity:
When the spray velocity is too high, operators often fall into a counterproductive cycle:
The Over-Spray Loop: You keep spraying to force coverage, but the high-velocity air continues to blow the powder out of the recess.
Back Ionization: This continuous spraying leads to the development of back ionization on the outer surfaces.
Charge Deterioration: These outer surfaces emit positive ions that can attach to negatively charged powder particles reducing their charge and weakening the “space charge” field inside the recess. Deposition becomes even more difficult.
The end result is a poor-quality finish, excessive powder buildup on the edges and insufficient coverage in the corners.
Historically, coaters are advised to simply reduce the high voltage to improve coverage. While lowering voltage can delay the development of back ionization, it is a double-edged sword. Setting the voltage too low reduces the strength of the electric field between the gun and the part, leading to a lower charge on the powder cloud. This actually weakens the essential space charge field inside the recess and does nothing to solve the underlying aerodynamic problem.
The Solution: Slow down to speed up
To overcome the negative influence of air turbulence, we have to change how we deliver the powder. In systems using traditional venturi pumps, slowing down the spray pattern is difficult. Because these pumps use standard 10–11 mm diameter hoses, they require a high volume of air just to transport the powder to the gun. This excessive air inevitably leads to higher spray velocity and more turbulence.
The real breakthrough came with the introduction of HDLV (High Density Low Velocity) pump technology. Figure 5. Unlike venturi systems, HDLV uses dense-phase technology where “powder is pushing powder” through a much narrower 6 mm hose. This allows coaters to control the spray velocity completely independently of the powder output by adding the pattern air directly to the spray gun and not at the pump.
Soft Spray Patterns: HDLV creates a gentle powder cloud that reaches into recesses without the “bounce-back” caused by high-velocity air.
Figure 2
Figure 4
High Efficiency at High Output: You can deliver more than 450 g/min of powder while maintaining a “soft” cloud, ensuring high application efficiency even on the most complex geometries.
Reduced Turbulence: By eliminating the excess transport air, the aerodynamic chaos inside corners is minimized, allowing the space charge to do its job in assisting the powder deposition.
The Perfect Match: HDLV and Robots
In recent years, the powder coating industry has seen a steady increase in the use of robot automation, especially on complex products that usually demand extensive manual touch-up. A properly set-up robot can do all an operator does, but faster and with greater process control.
I’ve spent years training spray operators, and I have so often advised them to keep the gun farther away to achieve a slower spray pattern for better efficiency. Yet, if I have a spray gun in my hand and a deep cavity in front of me, there is no force that will keep me from sticking the gun into a recess. Such is our human nature.
With dense-phase technology, there is no more need to fight that nature. Whether it is an operator with a hand gun or a spray system mounted on a robot, you can work very close to the target corners without blowing powder off. There is a unique match between the capabilities of robots and HDLV spray systems:
High Output with High Efficiency: Robots move fast and require high powder output. HDLV systems can deliver more than 450 g/min without losing application efficiency.
Repeatability: Robots are 100% repeatable. HDLV pumps deliver constant output for thousands of hours without needing adjustments to compensate for wear.
Targeted Positioning: Robots bring spray systems close to their target area. Because HDLV delivers a soft spray pattern, it enables this close-in application without creating excessive aerodynamic turbulence. Moreover, when a spray system is moved close to a challenging corner, its external electric field also moves inside working together with the field of the space charge to significantly increase the deposition efficiency.
Figure 6 shows a system with 4 robot mounted spray systems which replaced 16 venturi spray systems delivering much higher efficiency and finish quality at the same production rate. Moreover, by applying powder at close distance to challenging corners, the coating thickness on the external surfaces is greatly reduced for significant applied coating savings.
Conclusion: Moving Beyond the Myth
Successful powder coating is about achieving a delicate balance between electrostatics and aerodynamics. When we stop blaming the “Faraday Cage” for
every challenging corner, we can finally address the true culprit: the air velocity that inhibits powder deposition. By shifting the focus from high-voltage and electrostatics to controlling the spray velocity, we move from guesswork to a reliable, scientifically sound powder coating application.
As our industry continues to embrace automation and robotics, the choice of application technology becomes even more critical. Embracing HDLV technology doesn’t just solve a technical hurdle, it empowers your operators (and your robots) to deliver superior finishes, faster and with lower powder waste. After all, the goal isn’t just to fight through a perceived “cage,” but to use the smartest tools available to ensure the powder goes exactly where it belongs.
About the Author
Sergey Guskov is a Sales Manager for Industrial Coating Systems at Nordson Deutschland GmbH. A veteran of the powder coating industry since 1989, Sergey holds a Dipl. Ing. in Electrical Engineering and an MBA. His diverse career spans R&D in high-voltage technology, engineering, marketing, and sales management.
Visit: www.nordson.com
Figure 5
Figure 6
DRIVING POWDER COATING
QUALITY AND PROCESS
EFFICIENCY ... PHOENIXTM YOUR POWDER COATING OVEN
Benefits of Thru-process Temperature
Profiling – the value speaks for itself
Phoenix Temeperture Measurement (PhoenixTM)
offer a comprehensive range of thru-process monitoring systems used in the coating and associate thermal processing industries. The use of ‘thru-process’ temperature profiling in the Industrial powder coating market has long been established as the preferred default method for proving quality assurance of the powder cure process. For a powder coated product, it is critical to prove that the part has been heated correctly in the oven to achieve the desired physical and cosmetic properties of the coating. At the coating stage, significant investment into the product has already been made, so it is even more critical to get the coating process correct, to avoid rework or at worst product scrappage. Getting the cure wrong is a costly mistake to make and the implications from a business perspective are often far more severe than many realise. With demanding product warranty challenges finding product failure in the field is catastrophic.
Obviously coating cure can be determined by many different laboratory tests (DSC, Solvent Rub, Impact etc) but these physical tests only provide a positive or negative result and will not give any evidence to the potential cause of the problem. The part may be incorrectly cured but why? Was the oven set at the wrong temperature or line speed? Has a burner or fan failed, if so which and where?
PhoenixTM Finishing system …….. customised to coating process
The PhoenixTM Finishing system has been developed to specifically provide the complete product temperature history of the product in the powder cure oven. The system travels directly through the oven with the product being monitored measuring
product and or oven environmental temperature from start to finish. Temperature data collected is later converted into a temperature time graph (Temperature profile). This profile graph will not only provide evidence of whether the coating is cured correctly, as part of a standard QA protocol, but will also provide invaluable process data that can be used to further control, improve and validate the operation.
Product Quality
Confirm accurately that the coating cure meets supplier specifications (Time @ Temp) to give physical and cosmetic properties. Prevent costly rejects or rework.
Problem Solving
Identify the cause of oven problems quickly. Suggest and prove corrective action with process data. Reduce production downtime to a minimum.
Process Optimization
Maximise the productivity and efficiency of your process with confidence. Optimize settings to improve throughput, fuel economy with no risk to cure quality. Optimize new product processes with ease and efficiency eliminating delays to production launches.
Regulatory Compliance
Generate the process validation certification necessary to prove process control for Qualicoat, Accredited Applicator Status or other quality standards.
New and used vibratory finishing machines and systems from 2 litres to 4000 litres
Finishing media; Ceramic, Plastic, Wood, Steel and Maizorb
Liquid / powdered / paste compounds
Abrasive finishing wheels
Vibratory separators / sieving machines and re-meshing service
Repairs and relines
Effluent water treatment systems
Redundant machines purchased
Consultancy
Subcontracted finishing and industrial sieving services
SHARMIC FOR FAST, FRIENDLY SERVICE
Experienced Engineers After sales technical support Nationwide deliveries
Sharmic Engineering Ltd
Tel: +44 (0)1299 822135 / 878123/4/5
Email: info@sharmic.co.uk www.sharmic.co.uk
PhoenixTM Data Logger ... robust choice
At the heart of PhoenixTM finishing system is the temperature data logger designed for specific use in a hostile industrial process. A range of loggers are available to suit the needs of both the coating application and the budget. For standard powder coating applications, the Compact system gives an easy to use 6 channel system. As its name suggests the system is designed to be easy to handle, and ideal for any travelling powder/paint rep needing a system to visit customers with as part of process set-up, validation and troubleshooting actions.
Thermal Protection ... fit for purpose in the Powder Cure oven
Protecting the logger as it travels through the cure oven, a thermal barrier maintains the logger temperature
< 80 °C to guarantee measurement accuracy and prevent thermal damage. Offering a dual protection approach the barriers provide high levels of protection without becoming too large or heavy (Aluminium case) for efficient handling and transportation. Combining high performance microporous insulation and phase change heat sink, logger protection is maximised even in the event of line stoppages.
Thermocouples
... designed to suit all your process/product challenges
Although often overlooked by many probably the most important aspects of the temperature profiling task is making sure you are measuring what you want accurately and repeatably run to run. Provided with a triple wrapped PTFE cable the thermocouples are flexible yet capable of withstanding temperatures up to 265 °C. Complying to ANSI-96.1 the thermocouple accuracy is certified to
+/-0.4% or +/- 1.1 °C providing a measurement accuracy
(Data Logger + thermocouple) of the system in most paint applications of +/-1.4 °C over the entire data logger operating range (<80 °C)
With the rigors of daily operation, it is possible for the PTFE cable to occasionally get damaged. Under normal circumstances this would require a complete thermocouple replacement. To minimise cost the PhoenixTM probes come with the unique design feature that only the cable and sensor need to be replaced retaining the existing magnet mount or clamp. Over the life of the system this can significantly reduce the total cost of ownership.
Analysis Software ... the power of process understanding, optimisation and validation
A critical component of the PhoenixTM Finishing system is the Thermal View Finishing software. Designed specifically for the needs of the coating market it allows not only the set-up/download of logger but the raw process data to be converted into meaningful information. Such information can be used to understand exactly how the process is operating, allow informed changes and provide certified evidence to prove to others the quality you are providing.
PhoenixTM your Oven to Find, Fix and Forget your Powder Coating Cure problems!
www.phoenixtm.com/applications/ coatings/
CUSTOM MASKING SOLUTIONS
SPECIAL DIE-CUTS
Many industrial processes require highly specialized solutions that can handle extreme conditions, such as very high temperatures or aggressive chemical treatments. With custom masking, it is possible to develop solutions that fit these conditions perfectly, offering optimal protection during treatments such as chrome plating or thermal painting.
Euromask® uses die-cutting techniques to create custom masks that fit perfectly to the geometry of a component. These solutions can be made of silicone or durable plastic materials, which are then cut into specific shapes to cover only the desired areas.
SPECIAL PRINTS (3D PRINTING IN SILICONE)
3D printing is another technology that is gaining ground in the customization of masks. Using CAD software, it is possible to design masks with extremely complex geometries that would not be possible with traditional methods. Euromask® offers 3D printing solutions for rapid prototypes, creating masks that can be tested before mass production.
Innovation in materials
Use of 3D-printed liquid silicone, ideal for applications in: medical field (skin contact), industrial field (chemical and thermal resistance).
Possibility to create products with different hardness levels (40-50 Sh.A) and complex geometries.
Elimination of traditional molds
No more waiting times or costs related to metal or rubber molds.
This allows great flexibility in the development phase and cost reduction.
Telephone: +39 02 96780055
Visit: https://www.euromask-shop.com/
3D Printing
MEASURE POST CURE POWDER COATING THICKNESS
Powder coating is a popular finish used for functional and decorative purposes on products ranging from outdoor machinery to household items. Measuring the thickness of applied powder coating is a critical requirement for custom coaters and those performing incoming inspection of finished goods. Fischer instruments utilising the magnetic induction and eddy current methods are the instruments of choice for powder coating thickness measurement.
Application of Powder Coatings and Importance of Coating Thickness Measurement
Powder Coating is applied globally to everything from lawn and garden equipment to furniture, appliance, and automotive components. The thickness of the powder coating applied
FILM COST SAVING THICKNESS BASED ON ANNUAL REDUCTION POWDER PURCHASES (€/YEAR)
determines how long the part will last, the part’s appearance and even in some cases the part’s colour. Proper measurement of the thickness therefore is critical.
In today’s competitive climate it is extremely important for anyone applying a coating to adhere to the thickness specification. Monitoring powder coating thickness with Fischer handheld coating thickness gauges will ensure this and also potentially save costs. The table below shows how using a Fischer gauge can provide cost savings based on annual powder purchases.
Comparison of Cost Savings Based on Annual Powder Purchase
The table to the left reflects the cost savings based on a customer baseline of approx.75 µm. Increments of 1 µm used to demonstrate savings at the smallest measurable level.
Cost Savings through the Use of Fischer Measuring Instruments
Note in the table to the left that increments such as 1 µm if measured and controlled properly can provide a significant reduction in costs thus making the custom coater more competitive.
However, only instruments with superior repeatability precision allow for the reliable measurement to this level. Likewise, utilising certified foils to adjust and verify gauge accuracy, something that comes included with the scope of supply of Fischer instruments vs. non-precise shims will provide the trueness necessary to monitor and adjust a powder coating line properly.
The DUALSCOPE® MP0R is quick and easy to use yet extremely repeatable. Patented conductivity compensation allows for measurements on various non-ferrous alloys without time-consuming onsite calibration on the actual substrate material.
Comparison of Cost Savings Based on Annual Powder Purchase
Your Measuring Instrument for the Post Cure Powder Coating Thickness Measurement
Because powder coating is applied to such diverse parts, selecting the most appropriate instrument and probe is highly important. Fischer offers a wide selection of instruments and probes starting with small, handy and robust DUALSCOPE® MP0 and MP0R pocket instruments up to the flexible FMP family with numerous interchangeable high-precision probes for the most demanding measurement tasks.
To learn more about coating thickness measurement, material analysis, nanoindentation solutions and material testing please contact your local FISCHER representative:
IGP is a global leading company in the powder coating industry and stands for quality, safety and reliability. Around 520 employees at our headquarter in Switzerland and in our subsidiaries form the foundation for our success. We’re expanding our UK team and looking for a Technical Sales Representative who combines hands-on technical know-how with strong commercial drive. In this field-based role, you’ll help expand our footprint across the UK.
What You’ll Do?
• Build and grow key customer relationships
• Drive new business and identify growth opportunities
• Guide customers in implementing coating solutions
• Arrange and provide on-site technical support in conjunction with our technical consultant
• Deliver presentations and quotations
• Represent IGP at trade fairs and industry events
• Maintain accurate CRM data and report market insights
What You Bring?
• Sales experience in the powder coating industry
• Technical or commercial background (surface engineering a plus)
• Strong communication, problem-solving and organizational skills
• Proactive, customer-focused mindset
• Flexibility and willingness to travel across the UK
• Full driving license
Why Join IGP?
• As a family-owned company we built on trust and long-term thinking
• The health and safety of our employees is a top priority
• We value short decision-making paths, efficient processes, and personal responsibility
• We are committed to the individual development of all employees; This role especially has the clear potential to grow into a managerial role.
• Comprehensive onboarding and technical & sales training
• Attractive salary including performance bonus
• Company car
• Attractive pension scheme
Are you interested?
We are happy to help if you have any questions.
Ms. Silvia Amend
erm ent, F me
Home Based, Midlands
ccount Ma ag r e i l ni ol i n
Are you an es tablished Account Manager or lookin g to start a career in Account Management?
Do you have a Chemistry or Chemical Engineering related Degree, looking to utilise your knowle dge in a commercial r ole?
This is an exciting career opportunity which involv es looking after an existing set of customer accounts, maximizing sales whilst building and maintaining lasting customer relationships The role of Account Manager will also require identification of new b usiness potential and subsequ t s l s de e me
In h e f ccoun an g r, you ill eed to e ba d in the Midla s Your ime would be split between working from home, customer site visits and any of our sites when required. A full Driving Licence is required as is the desire to work autonomousl y and be driven to personally develop t a ch ccess t is account m me e
hat you’ll e doin …
ep or ing to the Bus iness Director , y ou will be res pons ible for:
r m te a of P sion e ing prod cts and services to current nd pro ve customers.
ctiv ely look o new customers to sell new and existing products.
Deal with customer enquiries, orders and pricing queries and update the CRM customer database
Arrange and plan customer visits and produce visit reports
Be well organised whilst maximising potential in the sales area
Respond to sample and information requests quickly.
Meet/exceed agreed monthly/quarterly/annual sales and performance targets.
Your background…
t h v
Excellent organ a o and pr e solv i g
ighl mot ted ith a r n mmercial acum n
Experience in he Ch ical n u t
ull UK Drivi L n
Good presentation, written and communication skills
Desire to deliver exceptional Customer e to ve…
egree in C e istry r Ch ical Enginee ing
Experie ce in t e Precision Cleaning Sector
Experie ce in a field-based role.
Knowledge of Aerospace, Medical, Automotive, and Electronic.
Pull-Off Adhesion Testers
Measure the adhesion of coatings to metal, wood, concrete and more
n Impact and scratch resistant color Touch Screen display with keypad
n Wirelessly connect the PosiTest AT-A to your smart device using our free app
n Record the results as pass/fail and the nature of fracture cohesive, adhesive and glue failures
PUT QUALITY ON REPEAT
Let‘s talk about powder coating. A technology that is proven since decades and actually, it‘s just getting started with FLOWSENSE. FLOWSENSE? It‘s a software masterpiece and a bunch of small sensors that do big things: Consistent powder output from the first to the last workpiece. Reliability, measured in real time. Put quality on repeat!
