COVATIONBIO ADVANCES STRATEGIC PORTFOLIO TO ACCELERATE NEW BIOMATERIALS INNOVATIONS
Along with this shift, CovationBio is reinforcing its position as a biomaterials leader by driving the next wave of emerging biomaterials as it prepares for commercialization of its latest product, bioPTMEG, in 2026.
"The BioPDO business was originally introduced in Sorona® polymer over 25 years ago. It's a mature platform that continues to grow and be successful. As part of our long-term strategy to reaffirm our commitment to new technologies, we've identified BioPDO as one part of a larger ecosystem of sustainable materials. This exit allows us to make a deeper investment into the next generation of sustainable material innovations," says CovationBio CEO
The newest breakthrough from CovationBio is bioPTMEG, a 2nd generation bio-based polyether glycol that is derived from corn cobs, an ingredient that does not compete with primary food sources. bioPTMEG will serve as a drop-in replacement for traditional petroleum-based polytetramethylene ether glycol (or PTMEG), while providing substantial sustainability benefits for applications that use spandex, polyurethanes, and thermoplastic elastomers, such as athletic and performance apparel, footwear components, industrial elastics, and automotive parts and accessories.
"As we look ahead, we're excited about the opportunity to commercialize solutions that reduce friction for our downstream value chain partners as they look to integrate sustainable materials into their production. As a drop-in replacement for traditional PTMEG, bioPTMEG can be seamlessly integrated as a bio-based raw material option without major process changes," says Ackerman.
CovationBio is the producer of 37 percent plant-based Sorona® polymer, commercially launched in 2000. Since its debut, Sorona® polymer has grown into a globally recognized ingredient for apparel and homegoods with a reputation for combining improved environmental impact with uncompromising performance for some of the world's most recognizable brands. It is used to add softness, stretch, durability, and warm breathability to fabrics across a variety of apparel and homegoods applications including activewear, outerwear, workwear, ready-to-wear, high-fashion, carpet, and more. In
- Producing Sorona® uses 44% less energy and emits 170% less greenhouse gas emissions than producing nylon 6 from non-renewable resources
- Producing Sorona® releases 41% less greenhouse gas emissions than the production of PET from non-renewable resources
- Producing Sorona® uses 4% less energy and emits 4% less greenhouse gas emissions than the production of fossil PBT from non-renewable resources.
For more information about CovationBio visit CovationBio.com and follow brand announcements on the CovationBio LinkedIn, Sorona Instagram (@Soronafiber), and CovationBio Instagram (@CovationBio).
About CovationBio
Founded in 2022, in
The CovationBio design marks, and all trademarks and service marks denoted with ™, SM or ® are owned or used under license by Covation Biomaterials LLC or its affiliates, unless otherwise noted. Covation Biomaterials trademarks may not be used in connection with any product or service that is not a Covation Biomaterials product or service.
CovationBio Media Contact:
[email protected]
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SOURCE CovationBio
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