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NJEFG
Aerogel thermal insulation blanket (felt) can provide the best thermal insulation effect and energy saving economic value at the temperature of 650℃. The blanket is made of special fiber yarn as the base material, can be installed more quickly and easily in areas where mechanical collisions occur, saving time and money. It is the most ideal insulation material for industrial pipeline insulation, storage tank insulation, automotive fire insulation materials and building insulation. Thermal insulation material.
Aerogel thermal insulation blanket (felt) can provide the best thermal insulation effect and energy saving economic value at the temperature of 650℃. The blanket is made of special fiber yarn as the base material, can be installed more quickly and easily in areas where mechanical collisions occur, saving time and money. It is the most ideal insulation material for industrial pipeline insulation, storage tank insulation, automotive fire insulation materials and building insulation. Thermal insulation material.
It is the most ideal insulation material for industrial pipeline insulation, storage tank insulation, automotive fire insulation materials and building insulation. Thermal insulation material.
It is the most ideal insulation material for industrial pipeline insulation, storage tank insulation, automotive fire insulation materials and building insulation. Thermal insulation material.
Comparison of Aerogels and Traditional Industrial Thermal Insulation Materials
Thermal Conductivity (W/(m・K)) | Density (kg/m³) | Maximum Use Temperature (℃) | A Equivalent Thickness A (mm) | |
Silica Aerogel | 0.013-0. 025 | 3-250 | 650 | 20 |
AluminumSilicate Panel/Felt | 0.038-0. 060 | 70-150 | 1000 | 81 |
Glass Fibres Panel /Felt | 0.036-0. 045 | 40-200 | 400 | 68 |
Rock Wool Panel /Felt | 0.035-0 047 | 80-200 | 600 | 70 |
Microporous Calcium Silicate | 0.055~0 065 | 170-240 | 1000 | 86 |
Porous Glass | 0.052-0 070 | 120-180 | 400 | 91 |
Comparison of Aerogels and Traditional Industrial Thermal Insulation Materials
Thermal Conductivity (W/(m・K)) | Density (kg/m³) | Maximum Use Temperature (℃) | A Equivalent Thickness A (mm) | |
Silica Aerogel | 0.013-0. 025 | 3-250 | 650 | 20 |
AluminumSilicate Panel/Felt | 0.038-0. 060 | 70-150 | 1000 | 81 |
Glass Fibres Panel /Felt | 0.036-0. 045 | 40-200 | 400 | 68 |
Rock Wool Panel /Felt | 0.035-0 047 | 80-200 | 600 | 70 |
Microporous Calcium Silicate | 0.055~0 065 | 170-240 | 1000 | 86 |
Porous Glass | 0.052-0 070 | 120-180 | 400 | 91 |
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