Propylene Oxide and Polyols
RIGID POLYOLS (FOR CONSTRUCTION AND BUILDING SYSTEM)
Rigid polyurethane foam with high strength and dimensional stability which made it suitable for different climates. When compared with EPS, polyurethane foam has higher thermal insulation, better strength and adhesion, easier to install and has fire retardant property.
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Rigid polyurethane foam with high strength and dimensional stability which made it suitable for different climates. When compared with EPS
C.A.S.E AND FLEXIBLE POLYOLS (FOR PACKAGING)
Polyols is suitable for a customized design laminated and ink formulations. High performance laminating adhesives and ink can be used to improve product appearance, reduce processing time thus increase operational efficiency and profitability.
FLEXIBLE POLYOLS (FOR HIGH PERFORMANCE FOOTWEAR)
Polyols uses to produce lightweight but highly abrasion-resistant polyurethanes, perfect for hardwearing shoe soles, with excellent long-term mechanical properties. Polyurethane soles are practical and keep water out, while in no way limiting design poten
FLEXIBLE POLYOLS (FOR HOUSEHOLD)
Polyols to produce flexible polyurethane foam. The memory foam has excellence quality with high-density for energy absorption and extra softness that support body weight and movement. The high-quality memory foam helps relieve body aches, pain, and sorene
HIGH RESILIENCE POLYOLS (FOR AUTOMOTIVE PARTS)
Polyols to produce high resilience polyurethane foam with excellence durable support factor enable the products to maintain its resilience over a long period of time with extra
PROPYLENE OXIDE
Propylene oxide is an organic compound with the molecular formulas C3H6O. This colorless volatile liquid is produced on a large scale industrially.
RIGID POLYOLS (FOR INSULATION MATERIALS OF E&E AND APPLIANCE
Rigid polyurethane foam uses as thermal and air migration barriers. The foam provides solid, void-free surface and outstanding design quality. The lightweight foam help to reduce energy consumption and have continuous insulation performance.