Üloop™ Engineering
the Circular Future of Premium Textiles
Two Pathways, One
A unified system o ering two distinct circular —designed to intercept textile waste
One Ecosystem
circular pathways—mechanical and chemical waste at every stage of its lifecycle.
RENU
Üloop™ RTEX Giving Pre-consumer Waste a Second Life
In traditional garment production, 70-85% of fabric is utilized, leaving 15-30% behind as scrap waste.
Üloop™RTEX intercepts this post-industrial cutting waste. Made from recovered scraps, this GRS-certified, low-carbon textile supports fiber-to-fiber recycling.
GRS CERTIFICATION
CO2 Emissions REDUCE WASTE
CIRCULAR ECONOMY
5 Üloop™RTEX
Üloop™ RTEX is our signature fabric, woven from regenerated fibers. Each thread tells a story of waste transformed.
4
Spinning
Recovered fibers are spun into high-quality yarns—ready to begin again in a new form.
Mechanical Cycle Transformation
In garment production, 70-85% of fabric is used for the garment, while the remaining 15-30% becomes scrap waste. Collecting 1
2 Sorting
The fabric scraps are sorted by material and color, then shredded into smaller pieces for fiber recovery.
Cutting & Shredding
These pieces are shredded into raw fibers, forming the base for yarn with renewed value and purpose.
kg of Textile waste
This carbon reduction figure is based on calculations (T75D Recycled Polyester*RTEX T20"S)
Waste-to-Value Yield
21yards of Üloop™RTEX fabric
Decarbonization Impact
CO2 Emissions Reduced Calculated compared to Virgin Polyester Fabric -71%
calculations comparing Üloop RTEX-SCBA0-1916 fabric to Virgin Polyester fabric (T75D*T20"S).
SCBA0-1890-FWR
SCBA0-1889-FWR
SCBA0-1915-FWR
Material
SCBA0-1915-FWR-NFX 1 5 A0 5
SCBA0-1890-FWR
SCBA0-1889-FWR
SCBA0-1888-FWR
SCBA0-1915-FWR
SCBA0-1916-FWR
SCBA0-1917-FWR
SCBA0-1916-FWR
Composition
Ü SERIES BY HONMYUE 65% RE-POLYESTER(T2T) 35% NYLON
SCBA0-1888-FWR
Construction
N140D*T20'S
N70D*T20'S
N70D*T20'S
RE-POLYESTER(PET)
RE-POLYESTER(PET)
RE-POLYESTER(PET)
RE-POLYESTER(PET)
T150D*T20'S
T75D*T20'S
Finishing
C0 WR (80/10)
C0 WR (80/10)
C0 WR (80/10)
C0 WR (80/10)
C0 WR (80/10)
C0 WR (80/10)
C0 WR (80/10)
Ü SERIES BY HONMYUE
SCBA0-1915-FWR-NFX(TPEE MEMBRANE)
SCBA0-1917-FWR
Üloop™RENU
Upcycle Post-Consumer Garments via Chemical Innovation
Our Üloop™ RENU fabrics are crafted from RENU recycled yarns, utilizing advanced chemical decomposition processes to transform post-consumer garments into high-quality polyester fibers.
Unlike traditional recycled polyester from PET bottles, our process completely removes colors and impurities, delivering performance equivalent to virgin materials while reducing fossil resource dependency.
RCS CERTIFICATION advanced into completely materials
CIRCULAR ECONOMY REDUCE
WASTE
The Üloop™ RENU
A Seven-Step Depolymerization
7 Garments
Garment-to-garment transformation completes the circular process.
6 Üloop™RENU
Üloop™ RENU is our signature fabric, woven from regenerated fibers. Each thread tells a story of waste transformed.
Yarn 5
Recycled chips are processed into high-quality polyester
Chips 4
Purified polymer depolymerization.
Chemical Cycle Depolymerization Process
Retail/Consumers 1
Clothing is purchased, worn, and eventually discarded by consumers.
2 Sorting
Discarded textiles are gathered from various sources.
chips are produced through depolymerization.
Depolymerization
A chemical process breaks down polyester fibers into raw materials.
Üloop™RENU
Impact
:
Waste, Emissions, Environmental Impact
5 5 ,000 5 0 ,000 pcs Kilometers
Waste Diversion
Saves garments equivalent to 50,000 pieces of T-shirts from ending up in landfill
Carbon Avoidance
Prevents CO2 emissions a car running 55,000
Environmental
Water consumption Compared to Virgin Polyester Fabric -47 %
Measurable Reductions in Emissions, and Water
Impact of 10 tons of RENU®
,000 Kilometers
Avoidance
emissions equivalent to 55,000 kilometers
Environmental Footprint
107,000 bottles
Water Conservation
Saves water consumption equivalent to 107,000 PET bottles - 500 ml each
Carbon emissions Compared to Virgin Polyester Fabric -59 %
SFPP0-1178-FWR
SFPP0-1179-FWR
SFPP0-1182-FWR
Material
SFPP0-1178-FWR
SFPP0-1179-FWR
SFPP0-1180-FWR
SFPR0-1181-FWR
SFPP0-1182-FWR 1 4 A0 8
Composition
Construction
T75D*T75D
T75D*T75D
T75D*T75D
T75D*T150D
T75D*T75D
C0 WR (80/10) Finishing
C0 WR (80/10)
C0 WR (80/10)
C0 WR (80/10)
C0 WR (80/10)
SFPP0-1180-FWR
SFPR0-1181-FWR