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Diolen® is a high-tenacity polyester yarn from Indorama Ventures that is both bio-based and biodegradable. The yarn is composed of polylactic acid polymer (PLA) and is 100% bio-based. It has the ability to biodegrade under industrial composting conditions and exhibits low moisture absorption. Additionally, the material provides good UV stability
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Kemira ECA is a cellulose-based dry strength additive derived from wood pulp that enhances paperboard strength, particularly in packaging grades. Unlike other products dry strength additives in Kemira’s FennoBond™ product line, which includes cationic or anionic polymers based on polyacrylamide chemistry, the ECA grades are completely biobased and dissolved
materials
Brontide® from Genomatica is a naturally sourced butylene glycol for use in a variety of personal care and cosmetic applications. Brontide® 1,3 butylene glycol is produced from renewable, plant-based sugars using Geno’s innovative microbial fermentation technology. Natural BG is a high-performance ingredient used in a variety of personal
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Checkerspot® AlgalCast is an algae-derived thermoset composite material that offers the ability to tune hardness, flexural strength, and impact resistance to meet specific end-use application requirements. Available in Shore A and D formulations, it contains no added mercury, tin, MOCA, or TDI. Manufacturing AlgalCast can reduce plastic waste and raw
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ARBOCEL® from JRS includes a line of cellulose fibers, additives and compounds sourced from a variety of renewable, plant-based materials. These functional cellulose products can be used to improve performance and sustainability in several application areas. For example, ARBOCEL® fiber additives, cellulose fibers, and ultra-fine cellulose are used in the
materials
CEVO®-cos K-4420 from Voelpker is a bio-based substitute for polyethylene microparticles in cosmetic and personal care applications. CEVO®-cos K-4420 is a patented, partially saponified, hard organic ester wax, based on renewable plant waxes. It is inherently biodegradable per OECD 301D. CEVO®-cos K-4420 boasts a glossy finish and
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Spiber uses cutting-edge structural protein fermentation technology to produce a bio-based polymer that can be processed into fibers and textiles. Brewed Protein™ is produced through a specially designed microbial fermentation process using agricultural feedstocks as their primary raw material. The polymers are also biodegradable in both soil and marine environments.
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OC-BioBinders from OrganoClick are 100% biobased binders derived from organic waste streams for non-wovens and technical textiles. OC-BioBinders impart several performance properties for non-wovens, including improved dry and wet strength, dimensional stability, and durability. BioBinders are produced from bio-based polymers and food waste products. These natural binders are also 100%
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Bio-Based PPA from IMCD can replace fossil-based polyphthalamide as a high-performance resin in construction, automotive, marine and electronics applications. IMCD’s Bio-Based PPA, produced from renewable biomass feedstock, contains between 50 – 99% bio-content per ASTM 6866-12. This material has low moisture uptake and can be used to manufacture products and
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Decovery® SP-6000XP is a barrier coating resin that offers a high-performance, sustainable alternative to polyethylene (PE) and polyfluoroalkyl substance (PFAS) based solutions. This 29% bio-based acrylic resin is specifically designed for use in barrier coatings for paper substrates and is compatible with all existing application methods, including flexo and gravure.
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Cellfion produces bio-based membranes made from nanocellulose fibrils extracted from wood. The membranes are ion-selective and designed for use in large-scale energy storage applications such as hydrogen fuel cells and redox flow batteries. The development of these membranes is based on research conducted by Sweden’s Digital Cellulose Center (DCC)
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RUCO® DRY BIO CGR is an innovative and eco-friendly durable water repellent (DWR) finish made from natural waste created during cereal grain processing. The active component of RUCO®-DRY BIO CGR is more than 90% biocarbon, which has been optimized by RUDOLF to enhance the biologic character of the finish.
