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. The post Poly(ethylene glycol), α,ω-bis(amine) appeared first on specific polymers .
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 in specialty polymers and advanced materials, supporting R&D projects from early-stage development to more mature technological solutions. The post Preparing the Future Growth of SPECIFIC POLYMERS: Facility Expansion and Digital Transformat…
Environmental transition in the polymer industry cannot rely on a single solution. It requires a combination of safer chemistries, renewable raw materials, improved durability, end-of-life strategies and scalable innovation pathways. The post From Sustainable Chemistries to Circular Materials: SPECIFIC POLYMERS’ Environmental Approach appeared first on specific polymers .
June 2026 | This month, we highlight SP-7-003, a phthalonitrile-functional aromatic building block designed for the development of high-performance phthalonitrile thermosetting systems. The post 4,4′-[1,3-Phenylenebis[(1-methylethylidene)-4,1-phenyleneoxy]]diphthalonitrile appeared first on specific polymers .
May 2026 | SDICYLi (SP-59-021) is a fluorine-free lithium single-ion monomer developed by SPECIFIC POLYMERS to address growing challenges related to PFAS regulations in advanced battery research. The post SDICYLi appeared first on specific polymers .
March 2026 | 11-Phosphonoundecanoic acid (SP-3-10-003) is a versatile bifunctional molecule developed by SPECIFIC POLYMERS for advanced materials research. This compound combines phosphonic acid (–PO₃H₂) and carboxylic acid (–COOH) functionalities The post 11-Phosphonoundecanoic Acid appeared first on specific polymers .
February 2026 | SP-1P-0-004 is available in two PPO chain lengths, corresponding to average molecular weights of approximately 500 g·mol⁻¹ and 800 g·mol⁻¹, allowing fine tuning of network flexibility, crosslink density The post Poly(propylene glycol), α,ω-bis(cyclocarbonate) appeared first on specific polymers .
At SPECIFIC POLYMERS, analytical characterization is a core component of the way we accompany R&D teams, from material development to optimization and final validation. With more than 20 years of experience in polymer chemistry and materials science, we provide applied analytical services designed to bridge the gap between chemistry, formulation, processing, and final performance. The post Analyt…
