Emmegi Aluminyum Urunleri YC Turkey / Ünal Business Center
Voilàp Belgium Srl
Emmegi Deutschland GmbH
Emmegi France EURL
Emmegi Machinery Canada, Inc.
Voilàp Trading S.r.l.
Voilàp Scandinavia AB
/ Watermael Boitsfort
/ Zell
/ Cernay
/ Soliera
/ Eksjo
Voilàp Norway Norway / Stavern
elumatec France S.A.S. France / Betschdorf
Emmegisoft S.r.l. Italy / Soliera
Emmegi Suisse SA Switzerland / Lugano
Emmegi (SUZHOU) Co., LTD
China / Suzhou
Emmegi (UK) limited United Kingdom / Coventry
Emmegi USA Inc. USA / East Rutherford
Voilàp Brasil Màquinas e Equipamentos Industriais Ltda Brazil / Indaiatuba
Voilàp Iberica S.A. Spain / San Quirze del Valles
Voilàp Italia S.r.l.
Voilàp Mexico SRL de CV
Voilàp Middle East Trading L.L.C.
Voilàp Digital S.r.l.
Italy / Soliera
Mexico / Puebla
/ Dubai
/ Soliera
Keraglass S.r.l. Italy / Baiso
Keraglass USA Inc.
/ East Rutherford
Keraglass South America do Brasil Ltda Brazil / Sao Paulo
Mappi International Italy / Cisterna di Latina
Voilàp Trading S.r.l.
Voilàp Trading S.r.l.
Voilàp Trading S.r.l.
Voilàp Iberica S.A.
Voilàp Trading S.r.l.
Voilàp S.p.A.
Voilàp S.p.A.
Voilàp S.p.A.
Mappi America
elumatec AG
elumatec Asia Pte. Ltd.
elumatec Australia Pty. Ltd.
elumatec Austria GmbH
USA / Naples
Germany / Mühlacker
Singapore / Singapore
Australia / Wetherill Park
Austria / Asten
Voilàp Netherlands B.V. Netherlands / Nieuwerkerk
elumatec Bulgaria EOOD
elumatec CZ s.r.o.
elumatec d.o.o.
elumatec d.o.o.
Voilap India Pvt Ltd
Bulgaria / Sofia
Czech Republic / Bzenec
Croatia / Zagreb
Serbia / Belgrade
India / Navi Mumbai
elumatec Italia srl. Italy / Soliera
Voilàp Korea
Voilàp Smart System (Shanghai) Co., Ltd
elumatec Makine ve Servis San. ve Tic. Ltd. Ski.
Korea / Seoul
China / Shanghai
Turkey / Istanbul
elumatec Malaysia Sdn Bhd Malaysia / Kuala Lumpur
elumatec Maschinen d.o.o. Bosnia and Herzegovina / Bihac
elumatec Maschinen sh.p.k. Kosovo / Vushtrri
100% Mappi International 33,15% Voilàp S.p.A.
100% elumatec Holding GmbH 100% Voilàp S.p.A.
100% elumatec AG 100% Voilàp S.p.A.
100% elumatec AG 100% Voilàp S.p.A.
100% elumatec AG 100% Voilàp S.p.A.
100% elumatec AG 100% Voilàp S.p.A.
100% elumatec Maschinen d.o.o. 100% Voilàp S.p.A.
100% elumatec AG 100% Voilàp S.p.A.
100% elumatec
Maschinen d.o.o. 100% Voilàp S.p.A.
100% elumatec Maschinen d.o.o. 100% Voilàp S.p.A.
100% elumatec AG 100% Voilàp S.p.A.
100% elumatec AG 100% Voilàp S.p.A.
100% elumatec Asia Pte. Ltd. Singapore 100% Voilàp S.p.A.
100% elumatec Asia Pte. Ltd. Singapore 100% Voilàp S.p.A.
100% elumatec AG 100% Voilàp S.p.A.
100% elumatec Asia Pte. Ltd. Singapore 100% Voilàp S.p.A.
100% elumatec AG 100% Voilàp S.p.A.
100% elumatec Maschinen d.o.o. 100% Voilàp S.p.A.
elumatec North America Inc. USA / South Bend 100% elumatec AG 100% Voilàp S.p.A.
elumatec Polska Sp.zo.o Poland / Wrzesnia 100% elumatec AG 100% Voilàp S.p.A.
elumatec Romania srl Romania / Bucharest
elumatec South Africa Pty Ltd
elumatec Swiss AG
elumatec United Kingdom Pte. Ld.
100% elumatec Maschinen d.o.o. 100% Voilàp S.p.A.
South Africa / Johannesburg 100% elumatec AG
Switzerland / Pfäffikon
United Kingdom / Milton Keynes
elusoft GmbH Germany / Dettenhausen
OOO elumatec RUS Russia / Moscow
Imecon S.r.l.
Motiqa S.r.l.
Pladway S.r.l.
Italy / Milan
Italy / Crema
Italy / Milan
elumatec AG
elumatec AG
elumatec AG
elumatec AG
Voilàp S.p.A.
Voilàp S.p.A.
Voilàp S.p.A.
Voilàp S.p.A.
Voilàp S.p.A.
Voilàp S.p.A. 90% Voilàp S.p.A.
Voilàp S.p.A.
Voilàp S.p.A.
Voilàp S.p.A.
Voilàp S.p.A.
THE COMPANY
NET ZERO CARBON TRANSITION
1 For continuous improvement purposes, the 2024 data relating to value redistributed to suppliers, staff remuneration, public administration remuneration, value retained, generated and distributed have been restated. For previously published data, please refer to the 2024 Sustainability Report.
2 Energy consumption data are presented in gigajoules, as required by the GRI Standards, to ensure comparability among the different components of Scope 1 and Scope 2 emissions. Source: UNFCCC 2021 / ISPRA 2021. The 2021 and 2024 values relating to the calculation of energy consumption in GJ have been restated, as incorrect conversion factors had been used in the previous calculations.
3 With a view to continuous improvement, the 2024 and 2021 data relating to Methane consumption have been restated. For the previously published data, please refer to the 2024 Sustainability Report.
4 With a view to continuous improvement, the 2024 and 2021 data relating to diesel consumption have been restated. For the previously published data, please refer to the 2024 Sustainability Report.
GRI 302-1 ENERGY CONSUMPTION (GJ)2
of which from certified renewable sources - purchased from third parties
of which self-generated from renewable sources
of which transferred to the grid
in GJ5
GRI 302-3: Energy intensity6
GRI 305-1: Direct GHG emissions (Scope 1)
GRI 305-2: Indirect GHG emissions from energy consumption (Scope 2)
Scope 2 - location
Scope 2 - market
5 As part of our continuous improvement efforts, the 2024 and 2021 energy consumption data have been restated following the above-mentioned restatements relating to natural gas and diesel consumption. For the data previously published, please refer to the 2024 Sustainability Report. I numeri delle note successive vanno aumentati di un'unità
6 For the purpose of calculating the energy intensity indicator, revenue expressed in millions of euros was used as the denominator. For 2025, revenue excluding the Stürtz Group was used as the denominator.
7 With a view to continuous improvement, the 2024 and 2021 data relating to energy intensity have been restated. For the previously published data, please refer to the 2024 Sustainability Report.
8 For the purpose of calculating the intensity indicator, turnover excluding the Sturtz Group was used as the denominator.
9 For the purpose of calculating the intensity indicator, turnover excluding the Sturtz Group was used as the denominator.
GRI 305-3: : Other Indirect Greenhouse Gas (GHG) Emissions (Scope 3)10
Category 9:
GRI 305-4: Greenhouse gas (GHG)
Scope 2 emission intensity - location
Scope 2 emission intensity - market based (tCO2eq/€ M)
Scope 1 + Scope 2 market based intensity
Scope 1 + Scope 2 location based intensity
10 Within Scope 3, specific methodologies and factors were applied based on the data available. In accordance with the GHG Protocol, greenhouse gas (GHG) emissions were calculated using two different approaches: activity-based and spend-based. For activity-based data, emission factors from the following sources were used: ecoinvent 3.12 for Cat. 1 – Purchased goods and services, Cat. 5 – Waste generated in operations, Cat. 11 – Use of sold products, and Cat. 12 – End-of-Life Treatment of Sold Products; DEFRA 2025 for Cat. 3 – Fuel- and energyrelated activities not included in Scope 1 or Scope 2, Cat. 4 – Upstream transportation and distribution, Cat. 6 – Business travel, Cat. 7 – Employee commuting, and Cat. 9 – Downstream transportation and distribution; and IEA 2025 for Cat. 3 – Fuel- and energy-related activities not included in Scope 1 or Scope 2. For spend-based data, emission factors from the CEDA 2025 database were used for the following categories: Cat. 1 – Purchased goods and services, Cat. 2 –Capital goods, Cat. 4 – Upstream transportation and distribution, Cat. 6 – Business travel, Cat. 8 – Upstream leased assets, Cat. 9 – Downstream transportation and distribution, Cat. 11 – Use of sold products, and Cat. 12 – End-of-Life Treatment of Sold Products.
11 The increase in Category 1 emissions recorded between 2023 and 2025 is mainly attributable to methodological improvements, particularly in relation to the quality and completeness of the data used, the greater availability of activity-based data, and more detailed assessments of intracompany purchases. In addition, in 2025 there was a general increase in emission factors compared to previous years.
12 The increase in Category 4 emissions recorded between 2023 and 2025 is attributable to a methodological refinement linked to the greater availability of accurate data in terms of kilometres travelled (km) and quantities transported (kg), which made the calculation more precise and complete. In addition, in 2025, more specific emission factors were adopted, better representing the actual modes of transport used.
13 The increase in Category 9 emissions recorded between 2023 and 2025 is attributable to a methodological refinement linked to the greater availability of accurate data in terms of kilometres travelled (km) and quantities transported (kg), which made the calculation more precise and complete. In addition, in 2025, more specific emission factors were adopted, better representing the actual modes of transport used.
14 It was not possible to calculate Category 11 emissions for 2023 due to the unavailability of input data; therefore, the table reports Category 11 emissions for 2024.
15 It was not possible to calculate Category 12 emissions for 2023 due to the unavailability of input data; therefore, the table reports Category 12 emissions for 2024. The increase in Category 12 emissions recorded between 2024 and 2025 is attributable to a methodological refinement linked to the greater availability of accurate data on the composition and materials of each product, which made it possible to expand the share of emissions calculated using the activity-based method.
16 For the purpose of calculating the emissions intensity indicator, consolidated revenue was used as the denominator. For 2025, revenue excluding the Stürtz Group was used as the denominator.
17 The Scope 3 emissions intensity for 2023 was calculated considering only the first nine categories. This methodological choice is due to the fact that, as indicated in the previous notes, Categories 11 and 12 were quantified based on data relating to 2024.
18 Scope 3 emissions for 2024 were not calculated. Their quantification will be launched shortly, in order to support the development of the decarbonisation plan.
GRI 303-3: Point of withdrawal (UoM: Megalitres) 19
19 Please note that, where water consumption data were not available, the Company proceeded, where possible, to make the best possible estimate, using as a source the water consumption data in m³ per inhabitant provided by Eurostat water statistics
20 Furthermore, in the absence of complete documentation on water discharge for all Group companies and commercial hubs, the values were estimated by applying, to the entities without specific data, the ratio between water discharged and water withdrawn recorded for the companies for which documentation is available.
21 Furthermore, in the absence of complete documentation on water discharge for all Group companies and commercial hubs, the values were estimated by applying, to the entities without specific data, the ratio between water discharged and water withdrawn recorded for the companies for which documentation is available.
GRI Waste generated (tonnes)22
GRI 306-4 : Waste not directed to
(tonnes)23
GRI 306-5 Rifiuti conferiti in discarica (ton)
ESG SUPPLIER BASE EVOLUTION
301-1: Materials used by weight or volume (tonnes)
Total weight of packaging materials and percentage of recycled/recyclable materials in packaging (kg)
24 As with Scope 3 emissions, purchased materials were calculated for the first time in 2024 with reference to the 2023 reporting period. Consequently, data on purchased materials for 2024 are not available.
25 A resource that does not regenerate over short periods of time, such as coal, gas, metals, minerals and oil. (GRI Standards)
26 For metallic materials, we mean: steel, aluminium, copper, iron, ferrite, bronze, cast iron and brass.
27 For plastic materials, we mean: polycarbonate, rubber, EPDM, polyamide, polyester, polyethylene, nylon, Tesaform, Teflon and Plexiglas.
28 For oils and solvents, we mean: sulphuric acid, demineralised water, ammonia, antifreeze, AVP, liquid nitrogen, detergent, thinner, paint, resin of all types, and diesel.
29 For electronic components, we mean: chipsets, electronics, fibreglass and other fibres, FR4, PCBs, lithium, lead, magnets, LEDs, silica and silicon.
30 This category includes the tonnes of purchased materials for which we were unable to associate a specific material type.
31 Material derived from abundant resources that are rapidly replenished through ecological cycles or agricultural processes, so that the services provided by these and other related resources are not compromised and remain available for future generations. (GRI Standards)
32 The decrease in materials used recorded between 2023 and 2025 is attributable to a
particularly
and completeness of the data used, the greater
and
VOILÀP PEOPLE & COMMUNITY
GRI
GRI
GRI 404-3: Percentage of employees receiving regular performance and career development reviews
GRI 405-1: Diversity among employees (percentage) - 2024
GRI 405-1: Diversity among employees (percentage) - 2025
GRI 405-1 Diversity in governance bodies (Board of Directors) - 2024
GRI 405-1 Diversity in governance bodies (Board of Directors) - 2025
GRI 405-1: Diversity among employees - protected categories 202437
GRI 405-1: Diversity among employees - protected categories
GRI 405-1: Diversity among employees - protected categories 2025
GRI
405-1: Diversity among employees - protected categories 2025
Declaration of use
GRI CONTENT INDEX
Voilàp Group has submitted a report in accordance with the GRI Standards for the period 1 January 2025 - 31 December 2025
Use of GRI 1 GRI 1 - Fundamental Principles - 2021 version
Relevant GRI industry standard Not applicable
Report
– pag. 13 2-2
included in the organization's sustainability reporting
Report 2025 – pag. 7 Annex – Pag. 2-3 2-3
Omitted requirements
OMISSION
Reason
Purpose
Omitted requirements
Reason
b. Confidentiality constraints
Purpose
In order to protect its competitive position while ensuring compliance with applicable regulations, the Group has chosen not to disclose this information as it is considered strategic.
Omitted requirements
OMISSION
Reason
Purpose
GRI STANDARD
Material topic: Climate Change
305-1
305-2
GRI 305: Emissions
Direct greenhouse gas (GHG) emissions (Scope 1)
Annex – Pag. 5
Indirect greenhouse gas (GHG) emissions from energy consumption (Scope 2) Annex – Pag. 5
305-3 Other indirect greenhouse gas (GHG) emissions (Scope 3)
305-4 Greenhouse gas (GHG) emission intensity
305-5 Reduction of greenhouse gas (GHG) emissions
Material topic: Social & Community Project
Annex – Pag. 6
Annex – Pag. 6
Sustainability Report 2025 – pag. 27-28
GRI 3: Material topics 2021 3-3 Management of material topics Sustainability Report 2025 – pag. 61
GRI 413: Local Communities 413-2 Operations with significant actual and potential negative impacts on local communities Sustainability Report 2025 – pag. 61
Material topic: Sustainable management of natural resources
GRI 3: Material topics 2021 3-3 Management of material topics
