Choosing the wrong insulation material causes great economic losses. For example, a 30% thermal conductivity discrepancy in rock wool led to an extra 80,000 RMB annual energy loss for a 300-meter pipeline. This article emphasizes thermal conductivity, operating temperature and price are the three core parameters for selection. It briefly covers seven common insulation materials, focusing on aerogel—a "super insulation material" with ultra-low thermal conductivity and long-term benefits despite high initial costs, due to space and weight savings. Key tips: check thermal conductivity reports, confirm fire resistance and ensure moisture protection. Prioritize full life-cycle costs over initial investment to avoid losses. As Victor aerogel insulation supplier, we provide high-quality solutions. For any insulation needs or questions, contact us freely.

How to choose insulation for high-temperature pipelines?Aerogel vs Aluminum Silicate Wool,Is the viral claim of "90 million yuan energy savings in 10 years for 1km pipeline" true? Based on a real case of 1km DN300, 400℃ high-temperature steam pipeline, this article compares Aerogel Insulation Blanket with traditional Aluminum Silicate Wool, and calculates the actual 10-year energy-saving benefits with real data. A must-read for industrial energy conservation and steam pipeline renovation!

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.