Bio from renewable sources

Bio-sourced materials represent an important commitment to the environment and to reduce the dependence on fossil fuels. Moreover, all our bio-sourced options derive from agricultural feedstock not competing with food chains.

Biofeel® could be used in many different sectors, depending on the material type, polyamide, polyester or PLA: Fashion apparel, Furniture, Industrial applications, Sportswear, Outdoor, Automotive, Intimate wear.

Renycle® is obtained from recycled nylon 6, a highly valued material because of its excellent resistance, dyeability, softness and versatility. It can be produced as continuous filament or staple fiber. Renycle® is also available as recycled nylon 6.6.
It has countless applications in Activewear, Underwear, Hosiery, Technical apparel, Outerwear, Beachwear.
Renycle® nylon 6 polymer shows 87.4% energy saving (GER MJ/kg), 89.3% emissions reduction (GWP100 kg CO2 eq.), 90.4% water saving (Potential Water Deprivation m³)*.
*Data obtained from internal evaluations, under EPD certification process. Energy data based on italian energy mix.

High performance polypropylene nonwoven spunbonded available from 12 to 150 gr/sqm. Suitable for bulding / roofing, packaging, medical applications, automotive, filtration, agricul- ture, furnishing, table clothes and single-use items.

PA 6 and PA 6.6 textile yarn and staple fibre with excellent resistance, breathability and dyeability. Available in raw white and solution-dyed in a vast range of colours.

Repetable® is a yarn obtained from post-consumer recycled polymer (PET Bottles) which respects the environment, especially in raw and dope dyed versions.
It boasts versatility of production and has a wide product range as for additives and dyeings. It has endless applications.
Repetable® grants 45% lower CO2 emissions (GWP - kg CO2 eq. per kg), Energy saving of 60% (CED - MJ per kg) and Water saving of 90% (L per kg).
[standard yarn dyed polyester vs Repetable® solution dyed polyester. (Studio ICA 2012 – LCA Short Study for RadiciGroup 2018 – Ecoinvent 3.3 – EPD methodology)]