Ideal for insulation in tanks, vessels, pipelines, and other equipment in power plants, petrochemical facilities, and gas or chemical plants.

Used for soundproofing, fireproofing, and thermal insulation in new buildings or retrofitting existing structures, enhancing energy efficiency in walls, insulation covers, and pipelines.

Lightweight insulation solutions for ships, automobiles, and high-speed trains, reducing weight while providing effective temperature and sound control.

Provides excellent temperature maintenance for food and medicine packaging. They are also effectively used in drug delivery systems, ensuring the stability and efficient delivery of sensitive medications.

Ideal for clothing and blankets, providing warmth without adding bulk due to their lightweight and superior insulation. Perfect for outdoor gear, winter apparel, and thermal bedding, offering comfort and effective temperature regulation.

Ideal for thermal insulation, fireproofing, and soundproofing in walls, roofs, and partitions. They enhance energy efficiency and comfort in both new buildings and renovation projects.

Suitable for high-performance building materials where superior insulation and fire resistance are essential, including commercial and residential buildings.

Applied to building interiors and exteriors to reduce heat transfer, improve energy efficiency, and prevent condensation. The paint is highly effective in maintaining stable indoor temperatures and protecting surfaces from moisture.

Ideal for coating internal combustion engine exteriors, electric vehicle battery packs, and energy storage systems (ESS), Aerogel Paint enhances thermal insulation and protects components from heat, debris, and wear.

Provides protective coatings for high-speed trains, particularly on the underside, to guard against damage from debris and enhance vehicle durability.

Suitable for industrial machinery and equipment, offering thermal management, surface protection, and durability in harsh conditions. It reduces surface temperatures on heated equipment and piping, enhancing energy efficiency and ensuring worker safety in industrial plants and facilities.

Aerogel textiles are utilized in jackets, gloves, hats, and other clothing designed for extreme cold weather. Their lightweight insulation ensures warmth without bulk, making them perfect for outdoor activities and exploration.

In aerospace applications, aerogel textiles are used in spacesuits, spacecraft insulation, and other protective gear to provide thermal protection in extreme temperature environments, ensuring safety and comfort for astronauts and equipment.

Aerogel textiles offer effective insulation for pipes, tanks, and equipment in industrial settings, particularly in high-temperature or cryogenic environments where traditional insulation materials may be less effective.

Aerogel textiles are used in automotive interiors to improve thermal insulation and reduce noise. They are also ideal for protective clothing in industries where fire, chemical, or heat resistance is critical, such as firefighting, welding, and handling hazardous materials.

Aerogel textiles can be used in camouflage uniforms and gear, providing soldiers with thermal insulation that aids in evading detection by thermal sensors. These textiles also offer protection from extreme temperatures, moisture, and environmental hazards during military operations.

Aerogel textiles are applied to electric vehicle battery packs, energy storage systems (ESS), and other high-performance equipment, providing thermal protection and environmental resistance, increasing longevity and efficiency.

Aerogel Pads are crucial for managing heat within electric vehicle (EV) batteries and energy storage systems (ESS). They provide superior thermal insulation that helps maintain optimal operating temperatures during charging and discharging cycles. This insulation minimizes heat transfer between individual cells and modules, thus reducing the risk of thermal runaway and improving overall battery performance and lifespan.

By wrapping aerogel pads around battery cells, heat transfer from one cell to another is effectively prevented. This ensures stable thermal conditions within the battery pack, enhancing both safety and efficiency in both EV batteries and ESS.

Larger aerogel pads are utilized to insulate entire battery modules and packs. This comprehensive insulation is essential for protecting sensitive components from excessive heat and ensuring uniform temperature regulation across the battery system, whether in EVs or ESS.

Aerogel Pads act as heat shields within the battery pack, safeguarding critical components from high temperatures. Their excellent thermal resistance contributes to effective heat dissipation, preventing overheating and maintaining the integrity of the battery system in both EVs and ESS.

In addition to insulation, aerogel pads serve as gap fillers between battery cells and modules. They enhance thermal management by filling voids and ensuring consistent insulation coverage, which improves the overall thermal performance of the battery pack in EVs and ESS.

Aerogel Pads offer high fire resistance, with the ability to withstand extreme temperatures up to 1,300°C (2,372°F). They help prevent the spread of fire within the battery pack, providing an additional layer of safety in the event of a thermal incident or battery fault for both EVs and ESS.

Effective thermal management through aerogel pads improves the energy efficiency of EV batteries and ESS. By maintaining batteries within their optimal temperature range, these pads enhance energy utilization and extend driving range in EVs while optimizing energy storage and release in ESS.

The high insulating capacity of aerogel allows for thinner insulation layers, which is beneficial in EV battery design and ESS configurations. This space-saving feature enables more efficient use of limited space within battery packs, allowing for additional cells or components.

Despite their lightweight nature, aerogel pads are durable and capable of withstanding mechanical stresses. This robustness is essential for ensuring reliable performance in the dynamic environments of both electric vehicles and energy storage systems.