Extreme Insulation Efficiency: Thermal conductivity is as low as 0.012-0.020 W/(m・K) at room temperature, only one-third that of traditional rock wool and one-half that of glass wool. For the same insulation requirements, thickness can be reduced by 50%-70%, effectively saving space in industrial equipment (such as pipelines and storage tanks).
Wide Temperature Range: Stable operation from -200°C (such as in LNG cryogenic storage and aerospace cryogenic components) to 650°C (such as in metallurgical high-temperature furnaces and thermal power boilers). Some high-temperature models are rated up to 1200°C, covering extreme industrial applications.
Lightweight and Low Moisture Absorption: Density is only 100-300 kg/m³, far lower than traditional insulation materials (such as rock wool, which has a density of approximately 100-200 kg/m³ but lower insulation efficiency), reducing equipment load. The closed-cell structure ensures a volumetric water absorption rate of less than 5%, preventing degradation of insulation performance due to moisture.
Environmentally Friendly and Durable: Contains no asbestos, formaldehyde, or other harmful substances, and complies with It complies with environmental protection standards such as RoHS and CE, and is resistant to acid and alkali corrosion and aging. It has stable performance even when exposed to industrial smoke or high humidity environments for a long time, and its service life can reach 10-20 years.
Outstanding Thermal Insulation
Benefiting from the ultra-low thermal conductivity of aerogels, the blanket provides excellent heat resistance, making it highly effective in minimizing heat transfer.
Structural Strength
The incorporation of glass fiber enhances the blanket's tensile strength and dimensional stability, ensuring it maintains integrity during installation and long-term use.
Sustainability Focus
Aligning with Runhui's commitment to environmental responsibility, the product is developed with sustainable materials, supporting energy efficiency and reducing environmental impact.
Versatility
Suitable for diverse scenarios due to its adaptable properties, it can be applied in various settings requiring reliable thermal insulation.
Product pictures & company introduction
Application
Petrochemical Industry: Used for insulation of crude oil pipelines, storage tanks, and reactors, reducing heat loss during the refining process.
Energy Industry: Suitable for high-temperature piping in thermal power boilers, thermal protection of nuclear power equipment, and low-temperature protection of photovoltaic inverters and wind turbine gearboxes.
Cryogenic Engineering: Used for cold insulation of LNG transport tankers and cryogenic storage tanks, preventing cold leakage and condensation on the exterior walls.
Metallurgy and Aviation: Used for high-temperature insulation of hot air ducts in metallurgical blast furnaces and thermal protection components in spacecraft.
FAQ:
What is the temperature tolerance range of industrial aerogel insulation blankets? What extreme industrial temperature scenarios can they cover?
This product boasts a wide temperature range. Standard models can operate stably from -200°C to 650°C, while some customized high-temperature models offer tolerances up to 1200°C, fully covering both extreme industrial and low-temperature scenarios. The -200°C low-temperature model is suitable for the cooling needs of LNG tankers and cryogenic storage tanks, preventing cold leakage and condensation on the exterior walls. The 650°C standard high-temperature model is suitable for high-temperature piping in thermal power boilers and hot air ducts in metallurgical blast furnaces. The 1200°C high-temperature model meets the stringent insulation requirements of spacecraft thermal protection components and high-end metallurgical furnaces.
Compared with traditional insulation materials such as rock wool and glass wool, what are the core practical advantages of industrial aerogel insulation blankets?
Compared to traditional materials, it offers three key advantages: First, it saves space. While maintaining the same insulation requirements, its thickness can be reduced by 50%-70%, significantly reducing the space occupied by equipment such as pipelines and tanks. Second, it is lightweight and has low moisture absorption. Its density is only 100-300 kg/m³, far lower than traditional materials with the same insulation efficiency, reducing the load on equipment. Its closed-cell structure ensures a volumetric water absorption rate of less than 5%, preventing thermal insulation degradation due to moisture. Third, it offers a longer lifespan, with strong resistance to acid and alkali corrosion and aging. Its service life reaches 10-20 years, far exceeding the 5-8 years of traditional materials, resulting in lower long-term operating costs.
What specific installation benefits does the flexible nature of industrial aerogel insulation blanket bring? Does it significantly improve construction efficiency?
Its flexible nature allows for straightforward cutting and bending, allowing it to fit snugly onto irregular industrial equipment such as valves, pipe bends, and special-shaped tanks. This eliminates the need for complex splicing or custom fabrication required with traditional rigid insulation materials, significantly simplifying installation. According to actual application data, its construction efficiency is more than 30% higher than that of traditional hard insulation materials. It is particularly suitable for the centralized insulation construction of multiple special-shaped equipment in large-scale petrochemical and energy projects, and can effectively shorten the project construction period.
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