HOME14 January 2026
Process Defines Performance: A Guide to Three Core Ceramic Fiber Blanket Technologies
Discover the right ceramic fiber blanket for your industrial needs! Our guide breaks down three core production processes—Spinning, Blowing, Spun-Blown Composite—highlighting their unique strengths in strength, insulation, and stability. From basic industrial insulation to high-end precision and complex severe environments, find tailored solutions (RCFWOOL, AESWOOL) that maximize performance and cost-efficiency.
07 January 2026
How is the seismic performance of Glass wool pipe shell in industrial pipeline insulation?
Glass wool pipe shell are the mainstream choice for industrial pipeline insulation, boasting high-efficiency thermal insulation and excellent seismic resistance. Made of 3-8μm molten glass fibers, they absorb 60%-80% vibration energy, maintain 95%+ elastic recovery rate, and suit petrochemical/thermal power high-temperature (up to 540℃) high-pressure (up to 24.5MPa) conditions, cutting 40%-50% maintenance costs.
31 December 2025
What is the thermal shock resistance of ceramic fiber blanket?
Ceramic fiber blanket is a high-performance refractory insulating material with superior thermal shock resistance, capable of withstanding rapid 1000℃-room temperature cycles and retaining over 85% strength after 10 thermal shock tests. Optimized by precise material ratio and advanced processes, it is widely applied in steelmaking, glass furnaces and aerospace thermal protection, extending equipment service life and cutting maintenance costs. Future material innovations will further enhance its performance for extreme high-temperature scenarios.
Why the Dilemma Between Ceramic and Glass in High-Temperature Thermal Insulation Selection
What's the difference between ceramic fiber cotton and glass fiber cotton? Ceramic fiber cotton is the top choice for high-temperature kilns (long-term working temp 950-1350℃) with excellent oxidation resistance and low thermal conductivity. Glass fiber cotton is cost-effective for low-temperature insulation (≤500℃). 4 key comparison dimensions + 3 selection principles help you avoid mistakes and match insulation needs efficiently!
22 December 2025
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The performance of rock wool board has been greatly improved: the innovation of building materials driven by science and technology
Rock Wool Boards: High-Performance, Eco-Friendly & Safe Material for Construction, Industrial & Transportation Sectors Derived from natural rock, rock wool boards are highly favored high-efficiency, eco-friendly, and safe materials in the construction industry. Boasting exceptional thermal insulation, soundproofing, and fire-resistant properties, they are widely applied across construction, industrial, and transportation fields. Their performance enhancement stems from raw material optimization, porous fiber structure upgrading, fire protection technology innovation, diversification of facing materials, and improvement in customized production technology. Currently, significant advancements have been achieved in thermal insulation efficiency, sound insulation effect, fire resistance, compressive and tensile strength, and weather resistance. With a hydrophobicity of over 99%, they can maintain stable performance over the long term. In the construction sector, they provide thermal insulation, fire protection, and soundproofing guarantees for external walls, roofs, and floors. In industrial scenarios, they contribute to energy-saving insulation for boilers and pipelines. In the transportation field, they build a solid safety barrier for ships and railway vehicles. Looking ahead, rock wool boards will continue to develop towards high performance, environmental friendliness, intelligence, and customization, injecting strong momentum into the sustainable development of the construction industry.