Depolymerization (Glycolysis) Method for Converting
Polyester Waste into Original Equivalent PET Resin.
Thermomechanical + Molecular Recycling
Thermomechanical +
Molecular Recycling
Depolymerization (Glycolysis) Method for Converting Polyester Waste into Original Equivalent PET Resin.
THERMOMECHANICAL
FIBER PRODUCTION
STAPLE
FIBER
OPEN END,
RING & AIR JET YARN
KIPAS DENIM FABRIC
KIPAS NON-DENIM FABRIC
STAPLE FIBER
OPEN END, RING &
AIR JET YARN
KIPAS DENIM FABRIC
KIPAS NON-DENIM FABRIC
HOW IT WORKS?
Textile To Textile
Polyester Staple Fiber Plant
Polyester chips are melted and spun into recycled
staple fibers as a new raw material for yarn production.
Yarn Production Plants
Staple Fiber Yarn & Filament Yarn Plants
Recycled staple fibers and chips are transformed into staple
fibre and filament yarns inside KIPAS’s integrated facilities.
Filament Yarn Output
The final recycled yarns are ready to be turned
into new fabrics and garments, closing the
textile-to-textile loop with fibR-e.
HOW IT WORKS?
Textile To Textile Polyester Staple Fiber Plant
Polyester chips are melted and spun into recycled staple fibers as a new raw material for yarn production.
Yarn Production Plants
Staple Fiber Yarn & Filament Yarn Plants
Recycled staple fibers and chips are transformed into staple fibre and filament yarns inside KIPAS’s integrated facilities.
Filament Yarn Output
The final recycled yarns are ready to be turned into new fabrics and garments, closing the textile-to-textile loop with fibR-e.
