Ceramic fiber blanket is a thermal insulation material commonly used in thermal insulation pipeline construction and industrial production. The material has good tensile strength and flatness. It has good manufacturability and stability regardless of low or high temperature construction conditions. The material has a good use effect, and the volume-to-weight ratio has a great influence.
There is heat transfer between any objects. The ceramic fiber blanket is a new environmentally friendly material for heat insulation. It also needs heat transfer to achieve the effect of heat insulation. Many people wonder if the higher the bulk density of the material, the better the performance effect will be. The thermal conductivity coefficient of the fiber blanket decreases with the increase of the volume density, but if the fluctuation of the decrease gradually decreases, then the thermal conductivity coefficient will be added when the density exceeds a certain scale.
At different temperatures, a small thermal conductivity corresponds to a small volume density, and a small thermal conductivity corresponds to a volume density that increases with increasing temperature.
Ceramic fiber blanket is a thermal insulation material commonly used in thermal insulation pipeline construction and industrial production. The material has good tensile strength and flatness. It has good manufacturability and stability regardless of low or high temperature construction conditions. The material has a good use effect, and the volume-to-weight ratio has a great influence.
There is heat transfer between any objects. The ceramic fiber blanket is a new environmentally friendly material for heat insulation. It also needs heat transfer to achieve the effect of heat insulation. Many people wonder if the higher the bulk density of the material, the better the performance effect will be. The thermal conductivity coefficient of the fiber blanket decreases with the increase of the volume density, but if the fluctuation of the decrease gradually decreases, then the thermal conductivity coefficient will be added when the density exceeds a certain scale.
At different temperatures, a small thermal conductivity corresponds to a small volume density, and a small thermal conductivity corresponds to a volume density that increases with increasing temperature.
