Polyurethane PU Integral Skin PU Foam Flexible Foam for Car Integral Skin

• Customization: Available
• CAS No.: 9009-54-5
• Formula: C3h8n2o
• Model NO.: ZHD-8008C
• Appearance: Liquid
• Grade Standard: Industrial Grade
• Colour: White
• Usage: Automobile Seat, Backrest and Headrest
• Features: High Elasticity
• Color: White
• Viscosity at 25°c, Cps: 4500±500
• Specific Gravity@25ºC: 1.05±0.05
• Free Rise Density,Kg/M3: 30-60
• Water Content: 1.5-2.0
• Transport Package: Steel Drum/IBC/Tank
• Specification: 200kgs
• Trademark: Huide
• Origin: Zibo, China
• HS Code: 3907299090
• Production Capacity: 100, 000tons/Year

Product Description

Polyurethane PU Integral Skin PU Foam Flexible Foam for Car Integral Skin 
 

Integral skin foam system
Application field: Automobile and Furniture, used as Armrest, Children's seat, Fitness equipment, etc.
Features: 1. Independent closed bubble combination, low density and small thermal conductivity of rubber material, so it has excellent thermal insulation performance.
2. The surface is skinned, so the water vapor can not pass through, and there is no need to add a steam barrier, the outer wall will not condense, and the water absorption is low.
3. Soft feel, good elasticity, high strength, smooth surface, easy, economical, fast, elegant, neat and clean installation
4. Flame retardant, self extinguishing and non delayed combustion, meeting fire protection requirements.
5. It is applicable to a wide range of temperatures and has excellent low temperature resistance,
6. It has no CI or chemical fiber and will not cause skin allergy.
7. It has the strong quality of stretching and bending, can withstand tearing and rough force transmission, and will not be damaged under severe conditions.
8. Good shock absorption and sound absorption

SPECIFICATION

Item	ZHD-8008C/CAR
Ratio(A/B)	100/40-45
Cream time (s)	38-43
Gel times (s)	75-80
Mold temperature (ºC)	50-55
Demould time (min)	6-7
FRD (kg/m3)	150-170
Mold foam density (kg/m3)	350-400
Core density (kg/m3)	200-250
Surface hardness Shore A	70±5