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Aerogel & Polyurethane Synergy: Nanoscale Insulation and Thermal-Bridge Killers Powering Passive House Revolution
Passive houses demand near-zero energy loss, but traditional insulation bulks up walls and leaves thermal bridges leaking heat. Aerogel felt (0.015 W/(m·K)) slashes thickness 75% while...
Study on Flame Retardancy of Aerogel
Since its invention in 1931, silica aerogel has captivated researchers with its extraordinary flame-retardant potential, rooted in a unique three-dimensional network that forms protective silica...
Aerogel thermal insulation coating obtains authoritative certification, promoting green building innovation
Aerogel thermal insulation coatings, with their ultra-low thermal conductivity and excellent safety, have received multiple certifications and gained widespread market acceptance. Their...
Aerogel in Architecture: Outperforming 20+ Traditional Insulators for Smarter, Greener Buildings
Aerogel blanket—delivering 0.018 W/(m·K) conductivity in 3–20 mm layers—slashes energy loss 50% thinner than rock wool while boasting 99.7% lifelong hydrophobicity, A1 fire resistance, and 25+...
Adsorption Theory and Models of Aerogel
Dive deep into aerogel adsorption science: compare the monolayer-limited Woqin model with the multilayer powerhouse BET theory. Discover core assumptions, mechanistic differences, and why BET...
Advanced Thermal Protection Systems for Hypersonic Vehicles – Aerogel Composites and Stitched Structural Solutions
Hypersonic vehicles operating at speeds exceeding Mach 5 face severe aerodynamic heating, requiring lightweight thermal protection systems (TPS) that account for about 20% of total vehicle mass....