Website PU banners (13)

Customized Polyol Solutions for Flexible & Rigid Applications

What are Blended Polyols?

Blended polyols are engineered mixtures of base polyols, catalysts, surfactants, and additives designed for precise polyurethane performance.

They react with isocyanates to create foams with controlled density, durability, insulation, and flexibility across industries.

Flexible Foam Systems

Comfort applications like mattresses, sofas & cushioning.

Rigid Foam Systems

Insulation for refrigerators, panels & construction.

Website PU banners (14)

FLEXIPURE – Flexible Foam Series

Designed for soft, cushioning applications, FLEXIPURE series is ideal for producing flexible polyurethane foams used in mattresses, furniture, automotive seating, and packaging materials.

1 (23)
2 (18)
5 (5)
4 (12)

FLEXIPURE SERIES

Engineered for flexibility, performance, and consistency across modern polyurethane applications.

Used in manufacturing mattresses, furniture pads, cushions, and packing materials. Suitable for low, medium, and high-density foam.

BHT & amine-free, high-activity polyether. Compatible with polymer polyols. Ideal for cold-curing high resilience foam applications like automobile and seating cushions.

Website PU banners (17)

RIGIPURE – Rigid Foam Series

The series of polyols are prepared with different functionalities, hydroxyl values and viscosities based on different initiators. Mainly used in the production of polyurethane rigid foam system. Different combinations can be made according to different needs of customers for system materials to obtain different performance.

6 (5)
8 (3)
7 (7)
9 (3)

RIGIPURE SERIES

Specially developed for rigid polyurethane applications, delivering strength, insulation efficiency, and long-term performance.

The polyurethane rigid foam system using this polyol series is widely used in manufacturing refrigerator freezers and thermal insulation systems.

Ideal for spray insulation materials, offering excellent dimensional stability, high insulation properties, and energy efficiency.