In high-temperature industrial operations, thermal stability is the most critical indicator to evaluate whether an insulation material can operate safely over the long term. When furnace temperatures fluctuate from several hundred degrees to over 1200°C, any material that shrinks, powderizes, or collapses will cause heat leakage, lining damage, and unplanned shutdown risks. Therefore, only a Ceramic Insulation Blanket that maintains long-term structural stability at extreme temperatures can be considered a true solution for demanding thermal systems.
The superior thermal stability of CCEWOOL® Ceramic Insulation Blanket originates from deeply optimized manufacturing technologies:
High-purity alumina & silica raw material system, with impurities strictly controlled below 1%, preventing structural degradation at high temperatures.
Electric-furnace melting and high-speed centrifugal fiberization, producing fine, continuous fibers with ultra-low shot content and strong resistance to thermal shock.
Dual-sided needling process, forming a three-dimensional interlocked fiber network that resists powdering or collapse even under repeated heat cycling above 1000°C.
Intelligent control via our patented “Ceramic Fiber Intelligent Manufacturing Management System V1.0,” ensuring uniform fiber density and strength batch-to-batch, further enhancing thermal stability in extreme working conditions.
CCEWOOL® Ceramic Insulation Blanket has demonstrated exceptional performance in real industrial environments:
No powdering, shrinkage, or structural collapse during long-term high-temperature operation
Withstands frequent furnace cycling without thermal fatigue failure
Maintains tight surface contact, eliminating hot spots and thermal leakage
Significantly reduces maintenance frequency and unplanned shutdowns
Extends overall furnace lining life while improving energy efficiency

Spanish Customer
Cooperation years: 7 years
Ordered product: CCEWOOL® Ceramic Insulation Blanket
Product size: 25x940/280x7320mm
Our Spanish customer has continuously purchased CCEWOOL® Ceramic Insulation Blanket for 7 years. Their latest order (25×940 / 280×7320 mm) will again be applied in high-temperature furnace zones. The customer highly praised CCEWOOL® for its long-term structural stability — no powdering, no shrinkage, and consistent performance under extreme thermal stress — making it their preferred high-performance insulation solution.
A ceramic blanket is a lightweight, high-temperature insulation material widely used in modern thermal engineering systems. Thanks to its low thermal conductivity, strong thermal shock resistance, flexibility, and high-temperature stability, CCEWOOL® ceramic blanket has become an essential solution in various industrial and energy-saving applications. Hot-face lining and backup insulation for industrial furnaces CCEWOOL® ceramic blanket […]
Industry | 29 Oct, 2025
In high-temperature industrial operations, thermal stability is the most critical indicator to evaluate whether an insulation material can operate safely over the long term. When furnace temperatures fluctuate from several hundred degrees to over 1200°C, any material that shrinks, powderizes, or collapses will cause heat leakage, lining damage, and unplanned shutdown risks. Therefore, only a […]
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