Caprolactones

Polycaprolactone diols have more excellent UV-resistance and heat resistance compared to polyether diols, and a higher water resistance compared to adipate-based polyester diols. The PLACCEL 200 series contains diols of various molecular weights and initiating materials, allowing for each to offer unique benefits.

Polycaprolactone triols are utilized primarily in polyurethane coatings, adhesives, and foams, as well as in epoxy resin formulations as a flexibility modifier. The PLACCEL 300 series includes grades of various molecular weights for more precisely controlled crosslinking.

The PLACCEL series even extends to tetra-functional materials, with our PLACCEL 410 polycaprolactone tetraol. PLACCEL 410 is designed for ultimate versatility, and it’s quite often used as a crosslinking agent and raw material for polyurethane and epoxy coatings

Polycarbonate diols can also be used in polyurethane applications. They are characterized by their superior heat and moisture resistance compared to both polyether and polyester diols. In addition, they have superior abrasion resistance and a higher tensile modulus.

F series materials are macro monomers with a (meth)acrylic double bond. They have both a radically polymerizable (meth)acrylic double bond, as well as a primary hydroxyl group which is highly reactive with hardening agents such as isocyanates and/or melamine.

H series materials are highly crystallized, aliphatic polyester thermoplastic resins with a melting point of 60°C, and a glass transition temperature of -60°C. Other properties include biodegradability and high resistance to thermal degradation. These materials can be used in a variety of applications.

Other PLACCEL varieties on offer include polyether-caprolactone co-polyols, a carbonate modified hydroxyl methacrylate, and a specialty polyester diol. We have also specifically designed a new triol grade to improve the flexibility/toughness of PU coatings, while maintaining high chemical, scratch, and weathering resistance.