Fujian Supertech Advanced Material CO., LTD.

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

Utilizing vacuum insulation technology, employing inorganic nano-scale�microporous insula

Utilizing vacuum insulation technology, employing inorganic nano-scale�microporous insula

Utilizing vacuum insulation technology, employing inorganic nano-scale�microporous insula

Utilizing vacuum insulation technology, employing inorganic nano-scale�microporous insula

Utilizing vacuum insulation technology, employing inorganic nano-scale�microporous insula

Utilizing vacuum insulation technology, employing inorganic nano-scale�microporous insula

Utilizing vacuum insulation technology, employing inorganic nano-scale�microporous insula

Utilizing vacuum insulation technology, employing inorganic nano-scale�microporous insula

Utilizing vacuum insulation technology, employing inorganic nano-scale�microporous insula

Utilizing vacuum insulation technology, employing inorganic nano-scale�microporous insula

Utilizing vacuum insulation technology, employing inorganic nano-scale�microporous insula

Utilizing vacuum insulation technology, employing inorganic nano-scale�microporous insula

Utilizing vacuum insulation technology, employing inorganic nano-scale�microporous insula

Utilizing vacuum insulation technology, employing inorganic nano-scale�microporous insula

Utilizing vacuum insulation technology, employing inorganic nano-scale�microporous insula

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