Linear, polycaprolactone polyurethane. Used in formulations of reactive hot-melts to improve crystallisation speed. Possesses very high crystallization rate and thermoplasticity level.

Linear, polycaprolactone polyurethane. Used in formulations of reactive hot-melts to improve crystallisation speed. Possesses very high crystallization rate and thermoplasticity level.

Linear, polycaprolactone polyurethane. Used in formulations of reactive hot-melts to improve crystallisation speed. Possesses very high crystallization rate and thermoplasticity level.

Linear, polycaprolactone polyurethane. Used in formulations of reactive hot-melts to improve crystallisation speed. Possesses very high crystallization rate and thermoplasticity level.

Elastic, aromatic, linear polyurethane. Used in formulations of reactive hot-melts to improve crystallisation speed and adhesion to different substrates. Possesses high crystallization rate and medium...

Linear, polycaprolactone-copolyester polyurethane. Used in formulations of reactive hot-melts to improve crystallisation speed. Possesses high crystallization rate and hihg thermoplasticity level.

Linear, polycaprolactone-copolyester polyurethane. Used in formulations of reactive hot-melts to improve crystallisation speed. Possesses high crystallization rate and high thermoplasticity level.

Linear, polycaprolactone-copolyester polyurethane. Used in formulations of reactive hot-melts to improve crystallisation speed. Possesses high crystallization rate and high thermoplasticity level.

Linear, polycaprolactone polyurethane. Used in formulations of reactive hot-melts to improve crystallisation speed. Possesses extremely high crystallization rate and very high thermoplasticity level.

Linear, aromatic polyurethane based on specialty polyols from renewable sources. Used in adhesives for transportation, textile, footwear and furniture.