In high-temperature insulation materials, compressive strength is a key factor in determining durability and stability. A high compressive strength material effectively resists external forces, maintains its shape and function, ensures long-term thermal insulation performance, reduces damage and safety risks, and extends service life. CCEWOOL® utilizes advanced production techniques to manufacture high-performance Ceramic Fiber Insulation Board, meeting the demands of even the most challenging industrial applications.
U.S. Customer
Cooperation Years: 2 years
Ordered Product: CCEWOOL® Ceramic Fiber Insulation Board
Product Size: 12.5x1000x1200mm
We recently supplied a batch of Ceramic Fiber Insulation Boards to a U.S. customer, with specifications of 12.5x1000x1200mm. The customer highly praised CCEWOOL® Ceramic Fiber Insulation Board for its high compressive strength, stable insulation performance, and outstanding durability. They particularly appreciated the fast drying process and precise manufacturing, which significantly improved installation efficiency and reduced maintenance costs. The customer looks forward to continued collaboration with CCEWOOL® to advance high-temperature insulation solutions.
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 […]
Insight | 27 Oct, 2025
In the high-temperature industrial world, ceramic wool blankets are widely used in steelmaking, petrochemical, heat treatment, and power industries for their light weight, low thermal conductivity, and superior insulation performance. Yet one question remains crucial for engineers and operators alike: How long can a ceramic wool blanket actually last? In reality, the lifespan of a […]
Industry | 22 Oct, 2025
In high-temperature industrial environments, corrosive agents are among the biggest threats to the service life of furnace linings. Alkali vapors, slag, acidic fumes, and chlorine-containing gases continuously attack insulation layers, leading to fiber embrittlement, powdering, or spalling. When insulation materials lack corrosion resistance, they not only lose thermal efficiency but also risk structural instability and […]
Insight | 20 Oct, 2025