Polycarbonate Diols to produce extremely durable PU

UBE Eternacoll® Polycarbonate Polyol is the ideal raw material for formulation of Polyurethane-based exterior pipe coatings. Why? Because it helps to provide an improved durability to PU thanks to increased chemical and mechanical resistance.

UBE Eternacoll® Polycarbonate Diol is the ideal raw material for formulation of Polyurethane-based pavements. Why? Because it helps to provide an improved durability to PU thanks to improved mechanical properties, better resistance to extreme temperatures and excellent vehicle fluids resistance.

As a formulator of transparent PU based coatings, it is critical for you to formulate high clarity and durable Polyurethane. Fortunately for you, UBE has developed Eternacoll® Polycarbonate Diol, the solution you need to formulate highly transparent and extremely durable PU glass coatings!

As a formulator of Polyurethane Coatings for Leather applications, you are sick of trying to formulate Polyurethane coatings that are flexible enough to avoid cracks, without significantly reducing their long-lastingness.
Formulators of PU Leather Finishing and Artificial Leather Coatings greatly appreciate Eternacoll® Polycarbonate Diols for the excellent balance they provide among your desired touch feeling, flexibility and durability.
Plus, in addition to bringing flexible and long-lasting PU formulations, UBE Eternacoll® also outperform other Diols in terms of adhesion to substrates.

Polyurethane wood coatings are frequently exposed to harsh environments such as heat, UV, stains, scratch and abrasion.
For this, they have to be highly resistant to heat, UV, hydrolysis, chemicals, stains, exposure to scratch & abrasion or solvents. However, it is not easy to develop a durable Polyurethane wood coating without having to compromise on flexibility.
To cope with this, UBE has developed Eternacoll® Polycarbonate Diols, specific raw materials for Polyurethane that bring best-in-class durability, excellent weatherability and tunable balance between hardness and softness to wood coatings.