Bio-based Polymers

Our unique protected technology allows us to produce a wide range of polyether polyols that can be derived from biomass. Polyols are available in a wide range of molecular weights and structures for meeting various application and processing needs.

Good mechanical properties and excellent resilience over temperatures
Superior hydrolytic stability
High abrasion resistance
Superior dynamic properties
Wide range of Tg

Copolyethers and functionalised polyethers are available on-demand depending on the required properties for your targeted application.

Molecules from Recycling

From the chemical recycling of commodity polymers such as poly(ethylene terephthalate) (PET) or Bisphenol A-based polycarbonate (BPA-PC), high-added value building blocks are obtained in superior purity for being used as monomers, additives, or green solvents.

Monomers of BPA-PC and PET
5-member cyclic carbonates
6-member cyclic carbonates
Cyclic ureas
Linear ureas
Aromatic synthons

Batteries & Bioelectronics

Our extensive experience and know-how in polymer synthesis and electrochemistry have led to this innovative catalogue of monomers and polymers ideal for boosting the performances of next-generation batteries and bioelectronic devices.

Poly(DADMA) & poly(DAMA) poly(ionic liquid)s
Single-ion anionic polymers
Single-ion nanoparticles
Redox polymers
PEDOT/biopolymer dispersions
Thiophene-based materials
Ionic liquid monomers
Deep eutectic monomers
Piperazinium salts

Products of the month

Carbonyl redox polymers

Redox polymers based on stable carbonyl functionalities—such as poly(anthraquinoyl sulphide), naphthalenic, and perylenic poly(imides)—offer promising electrochemical performance and long-term stability. This unique combination makes them standout candidates for next-generation organic electrodes, smart binders, and redox flow batteries.