Product form01
Filament yarn
Continuous multi-filament for weaving, knitting and technical fabrics. Consistent tenacity across recycled and biobased routes.
Available in T2T & BIO
NovaPoly Products
Two pillars.
Four forms each.
T2T
NovaPoly T2T
Textile-to-Textile recycling route
Post-consumer and post-industrial textile feedstock, chemically returned to its polymer building blocks and re-engineered into a virgin-grade material — indistinguishable in the loom, distinct on the label.
Product form02
Spun Yarn
Short-staple spun yarn for blends and next-to-skin applications. Engineered handfeel without additive compromise.
Available in T2T & BIO
Product form03
Staple fibre
Cut fibre for nonwovens, fillings and blended spinning. Available in a range of deniers and cut lengths.
Available in T2T & BIO
Product form04
Masterbatch
Colour and additive concentrates matched to the base polymer — full circularity carried through the value chain.
Available in T2T & BIO
BIO
NovaPoly BIO
Biobased route
A 100% biobased polymer with verified end-of-life biodegradation under defined conditions. Same specification sheet, same processing window — a plant-derived path to the same NovaPoly standard.
Product form01
Filament yarn
Continuous multi-filament for weaving, knitting and technical fabrics. Consistent tenacity across recycled and biobased routes.
Available in T2T & BIO
Product form02
Spun Yarn
Short-staple spun yarn for blends and next-to-skin applications. Engineered handfeel without additive compromise.
Available in T2T & BIO
Product form03
Staple fibre
Cut fibre for nonwovens, fillings and blended spinning. Available in a range of deniers and cut lengths.
Available in T2T & BIO
Product form04
Masterbatch
Colour and additive concentrates matched to the base polymer — full circularity carried through the value chain.
Available in T2T & BIO
How does it workFrom polymer
From polymer
to nature.
01Attract
Additive attracts microorganisms
The advanced enzymatic additive draws microbes and methanogens to the NovaPoly yarn, starting the biodegradation process.
02Break down
Depolymerization
Microbes and methanogens split long polymer chains into shorter segments — polymer becomes monomer, ready for digestion.
03Consume
Microbes consume the yarn
Bacteria and methanogens digest the shorter polymer segments, accelerating the breakdown of the material.
04Anaerobic
In anaerobic environments
Without oxygen, the remains become CO₂, CH₄ (methane) and biomass — organic matter returned to the cycle.
05Aerobic
In aerobic environments
With oxygen, the remains become CO₂, H₂O and energy in the form of heat — a clean, natural end-of-life pathway.
How does it workFrom polymer
From polymer
to nature.
0%
01Attract
Additive attracts microorganisms
The advanced enzymatic additive draws microbes and methanogens to the NovaPoly yarn, starting the biodegradation process.
02Break down
Depolymerization
Microbes and methanogens split long polymer chains into shorter segments — polymer becomes monomer, ready for digestion.
03Consume
Microbes consume the yarn
Bacteria and methanogens digest the shorter polymer segments, accelerating the breakdown of the material.
04Anaerobic
In anaerobic environments
Without oxygen, the remains become CO₂, CH₄ (methane) and biomass — organic matter returned to the cycle.
05Aerobic
In aerobic environments
With oxygen, the remains become CO₂, H₂O and energy in the form of heat — a clean, natural end-of-life pathway.
Technical assist
Talk to our team