Fujian Supertech Advanced Material CO., LTD.

Using a combination of PU and VIP to improve thermal insulation performance Galvanized iron frame i

Simple cargo loading and unloading process Easy to fold and recycle Unique ice box fixing bracket Cust

Surface material and PU-VlP are integrally foamed and molded Good thermal insulation perormance

Using high-performance ViP and�PU composite as an insulation layer Excellent thermal ins

Using high-performance ViP and�PU composite as an insulation layer Excellent thermal ins

Using high-performance ViP and�PU composite as an insulation layer Excellent thermal ins

Using high-performance ViP and�PU composite as an insulation layer Excellent thermal ins

Thin thickness, small size and light weight�Low thermal conductivity Thermal resistance

Thin thickness, small size and light weight�Low thermal conductivity Thermal resistance

Thin thickness, small size and light weight�Low thermal conductivity Thermal resistance

Thin thickness, small size and light weight�Low thermal conductivity Thermal resistance

Thin thickness, small size and light weight�Low thermal conductivity Thermal resistance

Thin thickness, small size and light weight�Low thermal conductivity Thermal resistance

Thin thickness, small size and light weight�Low thermal conductivity Thermal resistance

Thin thickness, small size and light weight�Low thermal conductivity Thermal resistance

Thin thickness, small size and light weight�Low thermal conductivity Thermal resistance

Thin thickness, small size and light weight�Low thermal conductivity Thermal resistance

Thin thickness, small size and light weight�Low thermal conductivity Thermal resistance

Thin thickness, small size and light weight�Low thermal conductivity Thermal resistance

Thin thickness, small size and light weight�Low thermal conductivity Thermal resistance

Thin thickness, small size and light weight�Low thermal conductivity Thermal resistance

Thin thickness, small size and light weight�Low thermal conductivity Thermal resistance

Thin thickness, small size and light weight�Low thermal conductivity Thermal resistance

Thin thickness, small size and light weight�Low thermal conductivity Thermal resistance

Thin thickness, small size and light weight�Low thermal conductivity Thermal resistance

Thin thickness, small size and light weight�Low thermal conductivity Thermal resistance

Thin thickness, small size and light weight�Low thermal conductivity Thermal resistance

Thin thickness, small size and light weight�Low thermal conductivity Thermal resistance

Thin thickness, small size and light weight�Low thermal conductivity Thermal resistance

Thin thickness, small size and light weight�Low thermal conductivity Thermal resistance

Thin thickness, small size and light weight�Low thermal conductivity Thermal resistance

Thin thickness, small size and light weight�Low thermal conductivity Thermal resistance

Thin thickness, small size and light weight�Low thermal conductivity Thermal resistance

Break through the original form of the product.Break the traditional process Create a new Vlp product st

Break through the original form of�the product.Break the traditional process Create a ne

Break through the original form of�the product.Break the traditional process Create a ne

Break through the original form of�the product.Break the traditional process Create a ne

Break through the original form of�the product.Break the traditional process Create a ne

Break through the original form of the product.Break the traditional process Create a new Vlp product st

Product Description In a high vacuum environment, the�glass is permanently sealed with l