International Sustainability and Carbon Certification plus (ISCC+)
244 products found
Tepex® dynalite 104-RG600(x)/47%
by Envalior
Tepex® dynalite 104-RG600(x)/47% by Envalior is a transparent polypropylene(PP) consolidated thermoplastic composite reinforced with continuous glass fiber rovings. It is developed entirely from sustainable raw materials, achieving an approximate 50% reduction in carbon footprint. Tepex® dynalite 104-RG600(x)/47% is used in lightweight automotive applications, including vehicle underbodies and safety-critical structural components such as front-end carriers and seat pans.
- Recently launched
- Sustainable option
Ultrason® P 3010 BMB
by BASF
Ultrason® P 3010 BMB by BASF is a high viscosity, biomass‑balanced polyphenylsulphone (PPSU). It is produced using 100% green electricity through a resource-efficient manufacturing process. It helps achieve sustainability goals without compromising material performance, product quality, or requiring investment in new machinery.
- It is made with 39% bio-circular feedstock, attributed and certified under ISCC PLUS.
- Offers excellent high-temperature stability, chemical resistance, toughness and long-term durability.
- Ultrason® P 3010 BMB is suitable for processing by injection molding and extrusion.
- It is designed for high performance household and catering, water and sanitary, medical technology, hydrogen production, electrics and electronics.
- Recently launched
- Sustainable option
Elastollan® 1198 A1X RC
by BASF
Elastollan® 1198 A1X RC by BASF is a thermoplastic polyurethane (TPU) grade. It can be recycled both chemically and mechanically, supporting the sustainability transformation toward a circular economy. It provides reproducible performance close to virgin performance, while helping to reduce waste and CO₂ emissions and save fossil resources. Elastollan® 1198 A1X RC contains ISCC PLUS–certified recycled content and can include up to 98% PIW (post-industrial waste) content, with tailor-made formulations available based on demand.
- Recently launched
- Sustainable option
Elastollan® B95 A1X RC
by BASF
Elastollan® B95 A1X RC by BASF is a thermoplastic polyurethane (TPU) grade. It provides reproducible performance close to virgin performance, while helping to reduce waste and CO₂ emissions and save fossil resources. It contains ISCC PLUS–certified recycled content and can include up to 96% PIW (post-industrial waste) content, with tailor-made formulations available based on demand. Elastollan® B95 A1X RC can be recycled both chemically and mechanically, supporting the sustainability transformation toward a circular economy.
- Recently launched
- Sustainable option
Elastollan® 1185 A1X RC
by BASF
Elastollan® 1185 A1X RC by BASF is a thermoplastic polyurethane (TPU) grade. It delivers reproducible performance close to virgin performance, while helping to reduce waste and CO₂ emissions and save fossil resources. It can be recycled both chemically and mechanically, supporting the sustainability transformation toward a circular economy. Elastollan® 1185 A1X RC contains ISCC PLUS–certified recycled content and can include up to 98% PIW (post-industrial waste) content, with tailor-made formulations available based on demand.
- Recently launched
- Sustainable option
Elastollan® 1190 A1X RC
by BASF
Elastollan® 1190 A1X RC by BASF is a thermoplastic polyurethane (TPU) grade. It provides reproducible performance close to virgin performance, while helping to reduce waste and CO₂ emissions and save fossil resources. It can be recycled both chemically and mechanically, supporting the sustainability transformation toward a circular economy. Elastollan® 1190 A1X RC contains ISCC PLUS–certified recycled content and can include up to 98% PIW (post-industrial waste) content, with tailor-made formulations available based on demand.
- Recently launched
- Sustainable option
Elastollan® 1175 A1X RC
by BASF
Elastollan® 1175 A1X RC by BASF is a thermoplastic polyurethane (TPU) grade. It can be recycled both chemically and mechanically, supporting the sustainability transformation toward a circular economy. It delivers reproducible performance close to virgin performance, while helping to reduce waste and CO₂ emissions and save fossil resources. Elastollan® 1175 A1X RC contains ISCC PLUS–certified recycled content and can include up to 98% PIW (post-industrial waste) content, with tailor-made formulations available based on demand.
- Recently launched
- Sustainable option
Elastollan® C85 A1X RC
by BASF
Elastollan® C85 A1X RC by BASF is a thermoplastic polyurethane (TPU) grade. It provides reproducible performance close to virgin performance, while helping to reduce waste and CO₂ emissions and save fossil resources. It can be recycled both chemically and mechanically, supporting the sustainability transformation toward a circular economy. Elastollan® C85 A1X RC contains ISCC PLUS–certified recycled content and can include up to 100% PIW (post-industrial waste) content, with tailor-made formulations available based on demand.
- Recently launched
- Sustainable option
Elastollan® B90 A1X RC
by BASF
Elastollan® B90 A1X RC by BASF is a thermoplastic polyurethane (TPU) grade. It contains ISCC PLUS–certified recycled content and can include up to 98% PIW (post-industrial waste) content, with tailor-made formulations available based on demand. It delivers reproducible performance close to virgin performance, while helping to reduce waste and CO₂ emissions and save fossil resources. Elastollan® B90 A1X RC can be recycled both chemically and mechanically, supporting the sustainability transformation toward a circular economy.
- Recently launched
- Sustainable option
Durethan® BKV60H2.0EF DUS060
by Envalior
Durethan® BKV60H2.0EF DUS060 by Envalior is an engineering thermoplastic based on polyamide 6 and polyamide 66. It is specifically a circular compound made with around 90% sustainable raw materials using the ISCC Plus mass balance approach.
- It provides high mechanical strength and stiffness, good dielectric properties, high resistance to heat and chemical attack.
- It has good friction and wear properties, along with excellent electrical properties such as high-volume resistance and dielectric strength.
- It also shows high thermal stability, easy-flow behavior, and the ability to produce thin-walled.
- It enables a reduction in carbon footprint by over 80% compared to fossil-based materials.
- It is processed using injection molding.
- It is used in mounting frames for switches in smart home applications and also in automotive such as engine mounts.
- Sustainable option
