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Best Bio Based

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Rankings use category fit, feature coverage, pricing signals, public reception, and recency. Affiliate relationships do not affect scores.

0.0 - 10.0
Best 1 NutraBio PRE

NutraBio PRE is renowned for its commitment to transparency and clinically effective dosages. It provides a balanced blend of stimulants, pump enhancers, and endurance boosters, all clearly listed with their exact amounts. The formula prioritizes quality ingredients and avoids proprietary blends, a...

2 TIPA Compostable Films

TIPA offers a range of certified compostable films designed to replace traditional plastic films in flexible packaging applications. Their films provide high-barrier properties (oxygen, moisture, aroma) comparable to conventional plastics, making them suitable for food packaging, e-commerce, and oth...

3 Bio-nylon from Arkema

Arkemas Rilsan® bio-nylon is a sustainable alternative to traditional nylon, derived from castor oil, a renewable resource. This bio-based polyamide offers excellent mechanical properties, chemical resistance, and thermal stability, making it suitable for a wide range of applications, including auto...

Econyl Regenerated Nylon Automotive Engineering Sustainable Bio Based Chemical Resistance Performance Materials Arkema
4 Rilsan PA11 by Arkema

Rilsan PA11 is a bio-based engineering plastic created by Arkema. It’s produced from castor oil and recycled materials, primarily recovered fishing nets and textile waste. This material demonstrates exceptional durability alongside resistance to chemicals and UV radiation. Rilsan PA11 is suitable fo...

5 Geno renewable nylon-6 by Genomatica

GenoRenew nylon-6 is produced through fermentation of bio-based C4 from sugarcane, yielding a polymer chemically identical to traditional nylon-6 and suitable for regeneration into Econyl®, a recycled nylon fiber.

6 Pebax Rnew by Arkema

Pebax Rnew is a high-performance thermoplastic elastomer produced from Econyl®, a regenerated nylon fiber created through the recycling of ocean plastic waste and textile scraps, offering a sustainable material solution for demanding applications.

7 Zytel RS by DuPont

Zytel RS is a high-tenacity nylon fiber produced through the regeneration of Econyl, a post-consumer plastic waste material, offering a sustainable alternative with comparable performance characteristics to virgin nylon 6,6.

8 EVO by Fulgar

EVO by Fulgar is a durable textile crafted from Econyl®, a regenerated nylon fiber produced through the recycling of ocean plastic and nylon waste, offering a sustainable alternative for apparel and footwear applications.

9 EcoPaXX by DSM

EcoPaXX is a nylon 6,6 polymer produced by DSM utilizing recycled materials, primarily discarded fishing nets and other nylon waste, to create a sustainable alternative for textile applications with comparable performance characteristics to virgin nylon.

10 ECODEAR N by Toray

ECODEAR N is a nylon fiber created through the regeneration of discarded fishing nets and other nylon waste, offering a sustainable alternative to virgin nylon production with comparable performance characteristics.

11 Vestamid Terra by Evonik

Vestamid Terra is a high-performance polyamide 6.6 resin produced through the regeneration of Econyl®, a nylon fiber made from recovered ocean plastic, offering a sustainable material solution for diverse applications like automotive and industrial components.

12 Durethan ECO by Lanxess

Durethan ECO is a high-performance polyamide 6.6 resin produced from recycled ocean plastic and industrial nylon waste, offering mechanical properties comparable to virgin material for demanding applications.

13 Terryl PA56 by Cathay Biotech

Terryl PA56, produced by Cathay Biotech, is a high-tenacity nylon fiber created through the regeneration of discarded fishing nets and other nylon waste, offering a sustainable alternative to virgin nylon production.

14 Ultramid Balance by BASF

Ultramid Balance is a durable polyester fiber produced by BASF utilizing Econyl®, a regenerated nylon derived from post-consumer waste and industrial nylon waste, offering a sustainable alternative for textile applications.

15 Circular Economy for Chemicals (CEC) Guide

This guide addresses the chemical sector's transition away from fossil-fuel feedstocks. It details advanced chemical recycling methods (pyrolysis, gasification) and the integration of bio-based feedstocks into existing chemical processes. It is vital for petrochemical companies aiming for net-zero c...

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