Fujian Supertech Advanced Material CO., LTD.

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

Uniquestructure ofheat dissipation-heat insulation-heat dissipation SuperTech Advanced Materials fifthgenerat

Uniquestructure ofheat dissipation-heat insulation-heat dissipation SuperTech Advanced Materials fifthgenerat

Uniquestructure ofheat dissipation-heat insulation-heat dissipation SuperTech Advanced Materials fifthgenerat

Uniquestructure ofheat dissipation-heat insulation-heat dissipation SuperTech Advanced Materials fifthgenerat

Uniquestructure ofheat dissipation-heat insulation-heat dissipation SuperTech Advanced Materials fifthgenerat

Uniquestructure ofheat dissipation-heat insulation-heat dissipation SuperTech Advanced Materials fifthgenerat

Uniquestructure ofheat dissipation-heat insulation-heat dissipation SuperTech Advanced Materials fifthgenerat

Uniquestructure ofheat dissipation-heat insulation-heat dissipation SuperTech Advanced Materials fifthgenerat

Uniquestructure ofheat dissipation-heat insulation-heat dissipation SuperTech Advanced Materials fifthgenerat

Uniquestructure ofheat dissipation-heat insulation-heat dissipation SuperTech Advanced Materials fifthgenerat

Uniquestructure ofheat dissipation-heat insulation-heat dissipation SuperTech Advanced Materials fifthgenerat

Uniquestructure ofheat dissipation-heat insulation-heat dissipation SuperTech Advanced Materials fifthgenerat

Uniquestructure ofheat dissipation-heat insulation-heat dissipation SuperTech Advanced Materials fifthgenerat

Uniquestructure ofheat dissipation-heat insulation-heat dissipation SuperTech Advanced Materials fifthgenerat

Uniquestructure ofheat dissipation-heat insulation-heat dissipation SuperTech Advanced Materials fifthgenerat

Uniquestructure ofheat dissipation-heat insulation-heat dissipation SuperTech Advanced Materials fifthgenerat

Uniquestructure ofheat dissipation-heat insulation-heat dissipation SuperTech Advanced Materials fifthgenerat

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 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 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 ne

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

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