The composite rubber-plastic thermal insulation material is made by integrating the polymer "Phiplatinum" metal composite layer with the Winwin rubber-plastic thermal insulation material through a special process, which comprehensively improves the various performance insulation indicators of the rubber-plastic thermal insulation material and is a new technological innovation in the composite rubber-plastic thermal insulation material.

Composite rubber and plastic is a composite of organic and inorganic materials.

Composite rubber and plastic have become ideal insulation materials for many special fields. The high moisture resistance and anti-aging "Philippines Platinum" metal composite layer can effectively prevent oxidation, ultraviolet rays, acid and alkali corrosion, and meet the application requirements of harsh environments such as food production workshops, pharmaceutical factories, electronics factories, and clean rooms.

Use in special circumstances:

High-end living environment: high-star hotels, office buildings, supermarkets

Various production environments: food workshops, medical and health care, microelectronics plants, tobacco, clean rooms and R&D centers

Various public facilities: airports, railway stations, convention and exhibition centers, and sports stadiums.

Use in harsh environments——

High acid and alkali corrosion environment: petroleum and chemical industries

Various closed space environments: ships, power trains, subways, etc.

Various public facilities: machine rooms, trenches, outdoor open spaces

40-80kg/m³

Operating temperature

Composite materials are non-combustible materials with high-quality properties of high temperature resistance and fire retardancy, and the fire resistance is greatly improved.

Thermal conductivity

≤0.030 at -20℃

-50℃-110℃

density

The composite layer maintains the initial thermal conductivity, which remains stable

The composite layer has high resistance to water vapor penetration and can effectively isolate water vapor penetration. Its unique closed cell structure makes the overall moisture resistance factor of the material tend to +∞

≤0.030 at -20°C; ≤0.032 at 0°C; ≤0.037 at 40°C

Slightly wrinkled, no cracks, no pinholes, no deformation

-50~110