Your R&D partner for the design, development and production of functional monomers, polymers, building blocks and high-performance materials.
We are more than just a chemical provider; we thoughtfully design our R&D products to meet the needs of our customers.
2023 is a landmark year for SPECIFIC POLYMERS, as it marks the 20th anniversary of the company. This year also marks a new beginning for SPECIFIC POLYMERS with the launch of new projects.
In this film, produced to mark the company’s 20th anniversary, you’ll discover who is SPECIFIC POLYMERS, and also its promising future projects.
2023 is a landmark year for SPECIFIC POLYMERS, as it marks the 20th anniversary of the company. This year also marks a new beginning for SPECIFIC POLYMERS with the launch of new projects.
In this film, produced to mark the company’s 20th anniversary, you’ll discover who is SPECIFIC POLYMERS, and also its promising future projects.
SPECIFIC POLYMERS provides support from needs identification to the industrial transfer of the innovation. Indeed, we strive to fill the gap between academic and industrial research by providing our customer a more precise understanding of chemistry while considering market constraints in our product and service offerings.
Looking for a specific R&D product? Use our product finder!
We definitely have the right chemical for your project. We have developed more than 1,000 R&D molecules and to help you finding those that fit your requirements, we have created a product finder. It is very simple – Select the main characteristics that match your needs and click on the chemical name to have more details.
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«The interaction has always been very interesting since the team at SPECIFIC POLYMERS is open for scientific discussion, and it was possible to have those types of interactions among industry and academia, which makes scientific research more valuable. In particular, I am working on cationic photopolymerization of epoxy monomer and the cooperation with SPECIFIC POLYMERS was very important since they supplied me new epoxy materials obtained from bio-renewable resources. We have published two papers together, and new papers are under submission.»
POLITECNICO DI TORINO
« SPECIFIC POLYMERS is a very reliable partner in our ongoing projects. It is a pleasure to work with such a team with a strong expertise in organic and polymer chemistry, with a standpoint in between academics and industries. Our different collaborations have always been very fruitful for us, providing us in due time with the expected molecules and polymers. In SPECIFIC POLYMERS, we found a skilful team, open to discussions and complementary to our expertise. »
IMRCP
«The expertise of SPECIFIC POLYMERS in research and development of natural sustainable polymers is highly valuable. We really appreciate the efficiency of scientific discussions with a team totally dedicated to their job. It is really enlightening to have SPECIFIC POLYMERS as a partner for tailoring bio-based composites.»
TOULOUSE UNIVERSITY
«I have been in contact with SPECIFIC POLYMERS for more than 10 years, for different projects related to advanced batteries. Through these years, SPECIFIC POLYMERS has provided outstanding services and dedication. Recently SP has inaugurated a line of new poly salts for polymer electrolytes that puts it at the helm of the search for advanced materials in this domain.»
CIC ENERGIGUNE
«My group at the Université de Paris has been working with the company for eight years. SPECIFIC POLYMERS' assets are multiple: the ability to make the link between fundamental and industrial research, the originality of solutions proposed for new specialty polymers and reactivity to project requests are among their most valuable features. Ultimately—and on a more personal note—in addition to great professionalism, SP has also been able to establish natural and positive communications with the group I lead, cementing trust and reliability as one of their fundamental values to success.»
PARIS DIDEROT UNIVERSITY
November 2023 | SP-3-00-006 is a diphenyl ether synthesized from vanillin, a sustainable precursor that can be extracted from lignin. Heat-resistant and less toxic resins can be synthesized by polymerization of phenolic resins with SP-3-00-006.