SPECIFIC POLYMERS is a SME partner providing expertise in various fields of chemistry, mainly thanks to its custom synthesis abilities of high specificity building-blocks, monomers and polymers and to its skills in the development of innovative materials and coatings. ...
SPECIFIC POLYMERS propose to its customers a R&D services to custom design coatings’ formulation in order to reach multifunctional or enhanced surface properties. Researchers in the company have strong competences in the preparation of organic or hybrid coatings based on thermoset chemistries such as epoxy-amine...
SPECIFIC POLYMERS is an R&D company in the field of polymers and materials. If our main activities are linked to the development of innovative polymeric materials, our expertise relies on our abilities to draw (...
The modification of surfaces by the deposition and attachment of specific (macro)molecules is a key strategy to tune the properties of substrates, thus providing an access to a wide range of characteristics for numerous fields of application. Different chemistries can be used to coat (...
Since its first report in 1998, RAFT (Reversible Addition-Fragmentation chain Transfer) polymerization has become a powerful technique to synthesize polymers of diverse architecture with controlled and well-defined molar mass.1,2 RAFT polymerization is one of the most (...
To meet the environmental and societal expectations of future generations, and to always be one step ahead in innovation, SPECIFIC POLYMERS offers its expertise in the development of materials in different areas of activity: environment, energy, health and (...
SPECIFIC POLYMERS addresses and proposes to its community a wide range of functional monomers and polymers. Among them, more and more research have been achieved in the past five years on Nitrogen based functionalities. This article takes you along our portfolio of N-functional R&D products....
At first, developed during the second World War II as an alternative for rubber, Polyurethane (PU) has been largely extended in the 50’s as elastomers, coatings, foams and adhesives (Figure 1).1 Today, the continuous improvements of this chemistry and its outstanding [...
Recent attention has been paid to explore new recycling strategies reducing additional treatments to convert the rigid networks into viscolelastic liquids. For example, as described by K. Fukuda and coworkers[11], imine dynamic exchanges can combine both associative (transimination) [...
SPECIFIC POLYMERS is working for years on the development of thermoset resin formulations and corresponding 3-dimensional crosslinked networks. In order to drive our development and to adjust the chemistry to both implementation and final use specifications, [...