Nano-porous insulation material is a novel material produced through a series of complex physical and chemical reactions, composed of silica particles with diameters in the tens of nanometers, combined with infrared light-blocking agents and fibers. It contains a large number of nano-scale pores within its structure.
The key characteristics of nano-porous insulation material are as follows:
1. Extremely low thermal conductivity, offering 3 to 4 times better thermal insulation performance than traditional materials such as ceramic fiber, calcium silicate, and rock wool.
2. Withstands temperatures up to 1000°C, and exhibits minimal increase in thermal conductivity at high temperatures.
3. Non-combustible, low heat capacity, excellent thermal shock resistance, and non-toxic and environmentally friendly.
This material is currently recognized as the best-performing high-temperature insulation material available, ideal for applications requiring superior thermal insulation and energy efficiency, or where space limitations restrict the thickness of insulation materials.
Nano-aerogel felt is a flexible, highly efficient thermal insulation blanket made by combining nano-aerogel with inorganic fibers. Specifically designed for high-temperature industrial pipelines, tanks, and other curved-surface equipment, it is an ideal choice for customers seeking improved insulation performance and reduced energy consumption.
Nano-aerogel is known to be the solid material with the lowest thermal conductivity ever discovered. When incorporated into aerogel felt, this nano-material results in a soft, inorganic, eco-friendly, and easy-to-install insulation solution. These unique properties make it one of the most outstanding products in the thermal insulation industry.
Main application areas of aerogel insulation materials include:
● Prefabricated insulated pipes  
● Insulation for storage tanks, containers, and other equipment  
● Steam pipelines in oil extraction  
● Pipelines in thermal power plants, petrochemical plants, and chemical plants  
● High- and low-temperature furnaces, mobile lifeboats  
● Thermal insulation for high-speed trains, automobiles, subways, and vehicle bodies  
● Building insulation  
Advantages of using aerogel insulation materials:
● Compared to conventional insulation materials, aerogel felt significantly reduces insulation thickness, minimizes heat loss, and delivers excellent energy-saving performance  
● Aerogel insulation materials offer strong structural integrity, high compressive strength, stable performance, and long service life  
● Excellent waterproofing properties effectively prevent pipeline corrosion  
● Reduces installation time and labor requirements, and can be easily cut and installed to fit complex shapes, bends, and confined spaces  
● Requires less material usage, reducing the need for outer protective layers and lowering transportation and storage costs  
● When combined with traditional materials, aerogel provides more economical and convenient insulation solutions