Microcellular Polyurethane

TORAL has a record as a system for shoe soles in Japan by combining of polyol component HT+SM type/isocyanate component F type to to blend and mold shoe soles. The system is a urethane molding system by water foaming and the lineup features ether-based and ester-based systems for each hardness and density.

• About Products
• DIC's Advantages
• Major Applications
• Product Lineup

About Microcellular Polyurethane

• Excellent continuous productivity (small article molding)
• Possess a stable microcellular structure
• Capable of accommodating static control formulations with static blends

In addition to shoe soles, aiming to expand applications into the office equipment field.

Molding Flow

Perform molding by blending two liquids,
polyol component + catalyst/polyisocyanate component.

Cell Photograph

Possess a fine microcellular structure, capable being deployed in
industrial shock absorbing materials, damping materials, and cushioning materials.

DIC's Advantages

Major Applications

Product Lineup

DIC features a product lineup by composition including ester-based or ether-based. Contact us for details.