NG-900 is mainly designed for thermal equipment below 1000℃. Its special material ratio and microstructure make its insulation effect 3-5 times better than traditional fiber materials. With lower density and higher strength, it can solve the problem of high-temperature equipment with limited space and weight.
Strong heat insulation effect
Lower density
Higher intensity
Nano lightweight insulating ceramics NG-1200 is mainly designed for the thermal insulation needs of thermal equipment operating at 1000-1200℃. Its special material ratio and microstructure make its insulation effect 3-5 times better than that of traditional fiber materials. With lower density and higher strength, it ca...
low density
high strength
NG-1500 is a special-purpose material developed and designed mainly for thermal equipment operating at 1200-1500℃. With special inorganic refractory powders and a unique microporous structure, its thermal conductivity is even lower than that of still air. It is the best or even the only choice of insulating material fo...
Low thermal conductivity
Strong thermal insulation
Carbon/ceramic is a new type of ceramic matrix composite, which combines the dual advantages of carbon and ceramics. That is, it has the advantages of carbon materials such as corrosion resistance, wear resistance, and thermal conductivity, while also possessing the high strength, high hardness, and high-temperature ox...
Resistant to corrosion, wear-resistant, and thermally conductive
High strength, high hardness, and high temperature oxidation resistance
(1) High temperature resistance: h-BN ceramics have excellent heat resistance, withstanding high temperatures of around 2000℃; in air atmosphere, the service temperature can also reach 900℃.(2) Thermal conductivity: It has excellent unidirectional thermal conductivity. At room temperature, h-BN ceramics have high the...
high temperature resistance
It possesses excellent unidirectional thermal conductivity
Low coefficient of thermal expansion
Good thermal shock resistance
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