| Stable operation in a wide temperature range of -200℃ to +650℃; maintains excellent thermal insulation performance especially in high-temperature environments (e.g., 650℃). Suitable for industrial high-temperature equipment, pipelines, furnaces, etc. | |
| Uses silica aerogel as the core insulation layer, combined with glass fiber reinforced substrate, similar to the structure of Aspen Aerogels' Pyrogel XT. This design balances ultra-low thermal conductivity (18-23 mW/(m·K)) and mechanical strength, avoiding the brittleness of pure aerogel. | |
| - : Multiple specifications available, such as 5mm, 8mm, 10mm, etc.; uniform width of 1500mm; length adjusted according to thickness (e.g., maximum 25 meters for 10mm thick products). - : Approximately 220 kg/m³, only 1/3-1/5 of traditional thermal insulation materials, significantly reducing transportation and installation costs. - : 99.8% hydrophobic rate achieved through surface treatment, effectively preventing moisture penetration while allowing steam to escape, reducing the risk of equipment corrosion. - : Complies with GB 8624-2012 Class A non-combustible standard; no smoke release during combustion, with extremely high safety. |
1: What thickness options are available for the HT650 Aerogel Insulation Panel, and how does thickness affect its length?
The HT650 offers multiple thickness specifications, including 5mm, 8mm, and 10mm, with a uniform width of 1500mm. The length varies by thickness-for example, the 10mm thick panel can reach a maximum length of 25 meters, providing flexibility for different installation needs.
2: How does the low density of the Aerogel Insulation Panel (about 220 kg/m³) benefit practical applications?
With a density of approximately 220 kg/m³, the HT650 is only 1/3 to 1/5 the weight of traditional insulation materials (such as rock wool or aluminum silicate). This lightweight feature significantly reduces transportation costs and simplifies on-site installation, especially in scenarios where weight restrictions exist (e.g., new energy vehicle battery compartments) or where quick installation is required.
3: What fire safety performance does the Aerogel Insulation Panel offer?
It meets the Class A non-combustible standard specified in GB 8624-2012. In the event of a fire, it does not release smoke, ensuring high safety. This makes it suitable for fire-sensitive environments such as building exteriors, industrial furnaces, and electric vehicle battery cabins, where fire safety is critical.
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