Ceramic fiber, as a high-performance insulation material, is highly favored in industrial applications. Its specific heat capacity is an important indicator for evaluating its thermal performance. Specific heat capacity refers to the amount of heat absorbed by a unit mass of a substance when the temperature rises by one degree. The specific heat capacity of ceramic fiber is approximately between 800-1100 J/kg·K, with the exact value varying depending on the type and manufacturing process.
Superior Performance of Ceramic Fiber
CCEWOOL® Ceramic Fiber: Quality Assurance, Trustworthy
As a leading brand in the field of ceramic fiber, CCEWOOL® is committed to providing customers with high-quality ceramic fiber products. Our products undergo strict quality control and testing to ensure that each roll of ceramic fiber blanket achieves optimal performance, meeting the needs of various industrial applications.
The specific heat capacity of ceramic fiber is just one of its many superior properties. With its excellent performance and wide application prospects, ceramic fiber is undoubtedly an essential material in modern industry. Choosing CCEWOOL® ceramic fiber means opting for efficient, energy-saving, and safe solutions.
Ceramic fibre paper is a high-temperature insulation material made primarily from ceramic fibres through special processing. It offers excellent thermal resistance, outstanding insulation performance, and good flexibility, making it widely used in many high-temperature and harsh environments. CCEWOOL® Ceramic fibre paper is commonly applied for insulation, sealing, soundproofing, and fire protection in industrial high-temperature equipment. […]
Industry | 10 Sep, 2025
CCEWOOL® ceramic fiber blankets are high-quality thermal insulation materials widely used in high-temperature equipment in industries such as metallurgy, petrochemicals, and glass. The most notable feature is its extremely low thermal conductivity, which effectively prevents heat from escaping and ensures that heat within the system is preserved. Even in environments exceeding 1000°C, it maintains stable […]
Insight | 08 Sep, 2025
One of the most common complaints from household oven users is the smoke and odor generated during heating. This issue is often caused by traditional insulation materials that contain organic binders. Under high temperatures, these binders decompose or carbonize, releasing irritating gases and smoke. Not only does this affect food quality and hygiene, but it […]
Industry | 03 Sep, 2025