Fujian Supertech Advanced Material CO., LTD.

Product Description Thin thickness, small size and light weightLow thermal conductivity Thermal resistance effect is 8~10 timesas that of traditional

Product Description Unique structure of heat dissipation-heat insulation-heat dissipation Super Tech Advanced Materials fifth generation VIP upgrade p

Product Description Utilizing vacuum insulation technology, employing inorganic nano-scalemicroporous insulation materials Loose and porous, lightweig

Product Description Uniquestructure ofheat dissipation-heat insulation-heat dissipation SuperTech Advanced Materials fifthgeneration VIP upgrade produ

Product Description Thin thickness, small size and light weightLow thermal conductivity Thermal resistance effect is 8~10 timesas that of traditional

Product Description Thin thickness, small size and light weightLow thermal conductivity Thermal resistance effect is 8~10 timesas that of traditional

Product Description Thin thickness, small size and light weightLow thermal conductivity Thermal resistance effect is 8~10 timesas that of traditional

Product Description Thin thickness, small size and light weightLow thermal conductivity Thermal resistance effect is 8~10 timesas that of traditional

Product Description Thin thickness, small size and light weightLow thermal conductivity Thermal resistance effect is 8~10 timesas that of traditional

Product Description Thin thickness, small size and light weightLow thermal conductivity Thermal resistance effect is 8~10 timesas that of traditional

Product Description Thin thickness, small size and light weightLow thermal conductivity Thermal resistance effect is 8~10 timesas that of traditional

Product Description Thin thickness, small size and light weightLow thermal conductivity Thermal resistance effect is 8~10 timesas that of traditional

Product Description Thin thickness, small size and light weightLow thermal conductivity Thermal resistance effect is 8~10 timesas that of traditional

Product Description Thin thickness, small size and light weightLow thermal conductivity Thermal resistance effect is 8~10 timesas that of traditional

Product Description Thin thickness, small size and light weightLow thermal conductivity Thermal resistance effect is 8~10 timesas that of traditional

Product Description Thin thickness, small size and light weightLow thermal conductivity Thermal resistance effect is 8~10 timesas that of traditional

Product Description Thin thickness, small size and light weightLow thermal conductivity Thermal resistance effect is 8~10 timesas that of traditional

Product Description Thin thickness, small size and light weightLow thermal conductivity Thermal resistance effect is 8~10 timesas that of traditional

Product Description Thin thickness, small size and light weightLow thermal conductivity Thermal resistance effect is 8~10 timesas that of traditional

Product Description Thin thickness, small size and light weightLow thermal conductivity Thermal resistance effect is 8~10 timesas that of traditional

Product Description Thin thickness, small size and light weightLow thermal conductivity Thermal resistance effect is 8~10 timesas that of traditional

Product Description Thin thickness, small size and light weightLow thermal conductivity Thermal resistance effect is 8~10 timesas that of traditional

Product Description Thin thickness, small size and light weightLow thermal conductivity Thermal resistance effect is 8~10 timesas that of traditional

Product Description Thin thickness, small size and light weightLow thermal conductivity Thermal resistance effect is 8~10 timesas that of traditional

Product Description Thin thickness, small size and light weightLow thermal conductivity Thermal resistance effect is 8~10 timesas that of traditional

Product Description Thin thickness, small size and light weightLow thermal conductivity Thermal resistance effect is 8~10 timesas that of traditional

Product Description Break through the original form ofthe product.Break the traditional process Create a new Vlp product structure Made of hard bottom

Product Description Break through the original form ofthe product.Break the traditional process Create a new Vlp product structure Made of hard bottom

Product Description Break through the original form ofthe product.Break the traditional process Create a new Vlp product structure Made of hard bottom

Product Description Break through the original form ofthe product.Break the traditional process Create a new Vlp product structure Made of hard bottom

Product Description Break through the original form ofthe product.Break the traditional process Create a new Vlp product structure Made of hard bottom

Product Description Break through the original form ofthe product.Break the traditional process Create a new Vlp product structure Made of hard bottom

Product Description Break through the original form ofthe product.Break the traditional process Create a new Vlp product structure Made of hard bottom

Yinlin Ultrathin-VIP has excellent thermal insulation ability. Compared with traditional thermal insulation materials, it can use very small space to

Yinlin Ultrathin-VIP has excellent thermal insulation ability. Compared with traditional thermal insulation materials, it can use very small space to

Description Fiber core material is preferred/ Low thermal bridge SNO nanomembrane/ High efficiency getter material Designed VIP for Class A energy eff

Description Supertech-M-VIP, designed for steam ovens, it overcomes the challenge of high temperatures of 800C and provides efficient, safe and reliab

Description Supertech-M-VIP, designed for steam ovens, it overcomes the challenge of high temperatures of 800C and provides efficient, safe and relia

Description Fiber core material is preferred/ Low thermal bridge SNO nanomembrane/ High efficiency getter material Designed VIP for Class A energy eff

Product Description Thin thickness, small size and light weightLow thermal conductivity Thermal resistance effect is 8~10 timesas that of traditional