In high-temperature insulation materials, thermal conductivity is a key factor in determining insulation performance. The lower the thermal conductivity, the less heat is transferred, reducing heat loss, improving energy efficiency, and ultimately achieving energy savings. CCEWOOL® refractory fiber board is manufactured with precise production control, ensuring stable low thermal conductivity to provide exceptional insulation solutions […]

Recently, CCEWOOL® received feedback from a Ukrainian customer regarding their first order. After receiving the ceramic wool fire blanket, the customer praised the product quality, production efficiency, delivery time, and service, and immediately confirmed a reorder. This positive feedback not only highlights CCEWOOL®’s outstanding product quality and service but also marks a significant step forward […]

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, […]

In the selection of high-temperature insulation materials, the operability of the product is a critical standard for assessing its quality. This is especially true for refractory ceramic fiber boards, where the performance during the processing stage directly affects the final thermal insulation effect, appearance quality, and service life. High-quality fiber boards maintain dimensional flatness and […]

In high-temperature applications, the Refractory Ceramic Fiber Blanket is a widely used insulation material, extensively applied in industries such as metallurgy, chemicals, and aerospace. Its excellent high-temperature insulation properties make it an indispensable material for many high-temperature environments. Ceramic fiber blankets are made from high-temperature-resistant ceramic fibers, offering excellent thermal insulation at elevated temperatures. However, […]

In high-temperature applications, the performance of fireproof fiber blankets directly determines insulation effectiveness, energy efficiency, and equipment stability. The content of slag balls is a key factor affecting the thermal conductivity, insulation performance, and long-term stability of fireproof fiber blankets. Slag balls are glass particles that have not fully converted into fibers during production. An […]