Compared to traditional insulation renovations, the construction of aerogel coatings is more convenient, with minimal disruption to normal teaching activities. It also requires almost no special maintenance in the future, making it ideal for the rapid renovation of school buildings. The product has non-toxic, harmless, and eco-friendly characteristics, does not release harmful gases, and helps maintain good air quality within the campus, ensuring the health of both teachers and students. Read More

Within nuclear power plant systems, steam pipes serve as critical components, bearing the core responsibility of conveying high-temperature, high-pressure steam. Their thermal insulation properties directly impact the plant's energy utilisation efficiency, operational safety, and economic viability.Over the entire lifecycle, aerogel's exceptional energy-saving properties yield considerable operational cost savings and carbon emission reductions. Victor Aerogel, with over 15 years of experience in the research, development, and manufacturing of advanced aerogel insulation materials, possesses strong technical capabilities and mature production systems. Read More

Aerogel blanket is a flexible insulation material composed of nano-scale aerogel combined with fibers. Thanks to its nano-porous network structure, it exhibits unparalleled comprehensive advantages in the field of building insulation compared to traditional materials.​
With its core advantages of "ultra-thin, lightweight, fireproof, waterproof, durable, and easy to construct", aerogel blanket has completely subverted traditional building insulation concepts and become a revolutionary material in the field of building energy conservation. Although the initial investment is slightly higher, considering the long-term benefits of space saving, energy reduction, and 20-year maintenance-free service, its Levelized Cost of Energy (LCOE) is significantly superior to traditional materials. It is undoubtedly a priority "future choice" for modern green buildings pursuing high quality and comfort. Read More

Aerogel Takes Center Stage at 2025 Asian Insulation Expo: Innovation Ignites Future of Energy Efficiency The energy efficiency world just got a major upgrade! The 2025 Asia Insulation and Energy-Saving Technology Exhibition, held from December 11th to 13th at Shanghai's New International Expo Centre Read More

Jiashao Bridge has successfully developed a high-performance fire-resistant cable protection system, which has been formally put into large-scale application on the actual bridge. This landmark achievement not only solves the long-standing industry challenge of protecting cables under fire threats but also elevates China’s bridge safety protection to an unprecedented new height.Combining Al₂O₃-SiO₂ aerogel composite material with high-silica fiberglass cloth, this layer achieves extraordinary heat insulation performance. As the first application of this ultra-light, ultra-low thermal conductivity material in bridge engineering, it can keep the temperature of internal steel wires below the critical failure threshold even after 90 minutes of continuous exposure to 1100℃ high-temperature flames — realizing the remarkable effect of "charred exterior with cool interior". Read More

This FAQ guide unpacks silica aerogel, the flagship thermal insulation material known as "solid smoke"—a nanoporous, non-toxic solid with ultra-low density and thermal conductivity, dubbed the ultimate insulation for blocking all heat transfer modes. Pure aerogel is brittle, so practical options are composites like flexible blankets and rigid boards, mass-produced for civil use across -200℃ to 1500℃ applications (industrial insulation, construction, EV battery thermal management, etc.). It boasts superior insulation, waterproofing, Class A flame retardancy and easy installation, yet costs more than traditional materials (prices halved in China over a decade) and has dust-shedding challenges, now largely solved by proprietary tech. Key selection factors include thermal conductivity, operating temperature and dust rate; insulation effect improves with thicker layers or lower conductivity. Read More