Aerogel insulation cover insulation cylinder shaped pieces cover

Source billion airgel insulation cover , cylinder shaped pieces of insulation products with nano-silica airgel as the main material , through a special process unique composite. High temperature , low thermal conductivity , easy to install , green , water and other non-combustible superior performance , while both excellent acoustic damping properties, metallurgy, electric power , military , aerospace and other areas essential to the efficient thermal insulation materials.
Main features
1 insulation effect is 3 to 5 times that of traditional materials , energy efficient ;
2 only 1 / 2 to 1 /5 the thickness of conventional materials to achieve the same insulating effect , the heat loss is smaller, space utilization ;
3 unique nano- dimensional network structure to avoid the traditional material is deformed due to vibration and heat accumulation performance degradation phenomena ;
4 have better flexibility and tensile, compressive strength , resistant barbaric construction , long-term use without settlement , deformation ;
5 has excellent overall performance waterproof , water-repellent rate ≥ 99%, isolated liquid water ;
6 insulation of the device can also play a sound absorption , cushioning vibration function, improve environmental quality, protective equipment ;
7 does not contain harmful substances, fireproof noncombustible ;
8 lightweight and convenient , high construction efficiency.

Key performance indicators
Model
SSA650
SSA400
SSB400
SSC200
SSC100
Temperature (℃)
-50 ~ 650
-50 To 400
-50 To 400
-50 To 200
-200 To 100
Thickness (mm)
3,6,10 ( can be customized )
Temperature thermal conductivity (W / (m.k))
0.015 ~ 0.020
Color
White, black or gray
Density (kg/m3)
180 ~ 250

Thermal conductivity at different temperatures

Thermal conductivity at different temperatures
Thermal Conductivity at Different Temperature
Temperature (℃)
Temperature
-200
-100
0
100
200
300
400
500
600
650
Thermal conductivity (W / (mK))
Thermal Conductivity
0.090
0.011
0.013
0.019
0.021
0.024
0.030
0.036
0.042
0.048