SPECIFIC POLYMERS and Michelin ResiCare are joining forces around 5‑HMF (5‑hydroxymethylfurfural), a biobased platform molecule derived from fructose...
October 2026 | How can epoxy thermosets be designed for repair, reprocessing and recycling? Bis(4-glycidoxyphenyl) disulfide combines two epoxy groups with an aromatic...
Since 2017, SPECIFIC POLYMERS has supplied MTFSILi (SP-49-023) to research groups and companies working on the next generation of lithium batteries....
September 2026 | This month, SPECIFIC POLYMERS highlights Poly(MTFSILi) – SP-4P-6-004, a high-molecular-weight lithium single-ion conducting polymer....
August 2026 | Poly(ethylene glycol), α,ω-bis(amine) (SP-1P-4-005), also known as PEG diamine, combines a flexible, hydrophilic PEG backbone with two reactive primary amine end groups....
SPECIFIC POLYMERS is entering a new phase of development. Over the past years, the company has continued to strengthen its positioning as an innovative player...
July 2026 | PHTE (SP-9S-5-003) was developed as part of our research into bisphenol-free and bio-based alternatives to conventional epoxy resins....
January 2026 | SPECIFIC POLYMERS is pleased to highlight Hydroxypropyl aminobis(diethyl phosphonate), (SP-3-14-008 – CAS No. 1623070-14-3), a highly functional phosphorus-containing building block...
At SPECIFIC POLYMERS, one of our main research focuses is the development of biobased alternatives to innovative specialty products for various application fields. Thanks to our latest R&D achievements, we are now pleased to introduce three new...
October 2025 | This month, SPECIFIC POLYMERS highlights STYPEG (SP-53-001) — a styrene-terminated poly(ethylene glycol) designed as a versatile macromonomer for the development...