In high-temperature industrial systems — whether in steel reheating furnaces, aluminum melting furnaces, or kiln sealing structures — insulation materials must not only block heat transfer but also deliver reliable fire-resistance to ensure long-term operation above 1000 °C without burning, melting, or degrading. A refractory fiber blanket is specifically engineered for this purpose, and its fireproof capability comes from both intrinsic materials and process engineering.
CCEWOOL® refractory fiber blanket is manufactured using high-purity alumina and silica, with total impurity content strictly controlled below 1%. These high-melting-point oxides ensure that the fiber does not burn or melt even under 1260–1430 °C operating conditions — achieving intrinsic non-combustibility and meeting EN13501-1 A1 fire-rating standards.
After electric-furnace melting, the material is fiberized through a high-speed centrifugal process, controlling fiber diameter within 2–4 microns. This creates a uniform, continuous, and extra-fluffy structure that delivers ultra-low thermal conductivity and strong resistance to thermal shock, effectively slowing heat transfer and achieving genuine heat-blocking fire protection.
CCEWOOL® applies advanced double-sided needling to mechanically interlock fibers into a three-dimensional reinforced network. As a result, the blanket maintains structural stability even under high-temperature airflow erosion or equipment vibration — ensuring its fire-insulation performance remains consistently intact over years of operation.
Our proprietary “Fiber Micro-Defect Detection System Based on Image Recognition Technology V1.0” enables real-time identification of microscopic impurities and structural abnormalities during production — preventing defective refractory fiber blankets from entering the market and ensuring highly consistent fire-resistance performance batch-to-batch.
Absolutely. CCEWOOL® refractory fiber blanket achieves true non-combustibility + thermal insulation + structural stability, making it a genuine fireproof insulation material for long-term use above 1000 °C in demanding industrial environments.
In industrial furnaces, heat-treatment equipment, and high-temperature energy-saving systems, one of the core performance indicators of insulation materials is thermal conductivity. The lower the thermal conductivity, the slower the transfer of heat through the material, resulting in better insulation, improved furnace efficiency, and reduced energy consumption.So, what is the thermal conductivity of a mullite insulation […]
Uncategorized | 17 Dec, 2025
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Insight | 15 Dec, 2025
In high-temperature industrial equipment, the core indicator of insulation performance is not temperature rating but thermal conductivity.The lower the thermal conductivity, the less heat is transferred through the lining, resulting in higher fuel efficiency and lower operating costs. However, insulating fire bricks from different manufacturers often vary significantly: some bricks show acceptable figures at the […]
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