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 Vacuum insulation board for construction is a type of vacuum insulation board specially developed based on the characteristics of

Product Description High performance VIP and EPP combination molding. Excellent performance. High toughness box. Lightweight and aesthetically pleasin

Product Description Using high-performance ViP andPU composite as an insulation layer Excellent thermal insulation performance Long thermal insulation

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

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

Product Description Using a combination of PU and VIPto improve thermalinsulation performance Galvanized iron frame is used to protectthe insulation b

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 High performance ViP as insulation layer Food temperature is greater than 65 within 2hoursGuarantee better taste Beautiful a

Product Description High performance ViP as insulation layer Food temperature is greater than 65 within 2hoursGuarantee better taste Beautiful a

Product Description High performance ViP as insulation layer Food temperature is greater than 65 within 2hoursGuarantee better taste Beautiful a

Product Description High performance ViP as insulation layer Food temperature is greater than 65 within 2hoursGuarantee better taste Beautiful a