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 […]

The durability of a large-format insulation board is determined less by its chemical composition and more by how well its forming and curing processes control internal stress and structural uniformity. CCEWOOL® has specifically optimized its production route for large-size boards, enabling stable geometric accuracy in extreme industrial environments. One-piece large-format forming – eliminating seam-related weak […]

In recent weeks, CCEWOOL® has received multiple positive feedback messages from customers across different countries. One of our newest European clients shared the following message after receiving their first shipment:“Hi Shasha.Thanks for the update.We are really satisfied with the last shipment and the quality of your product.” This client initially ordered one 40HC container of […]

In high-temperature sealing, insulation gaskets, battery thermal management, and furnace gasketing systems, flexibility is not just a material feature — it determines processing efficiency, sealing integrity, and long-term reliability. Unlike conventional ceramic papers that crack, delaminate, or shed dust during bending, CCEWOOL® Refractory Ceramic Fibre Paper delivers higher flexibility, cleaner processing, and stable formability under […]

Recently, CCEWOOL® received positive feedback from a customer, expressing high satisfaction with the quality of the insulation materials supplied this time. In the email, the customer wrote: “The quality of your products is excellent, we are very happy with this material and with our collaboration. Thank you.”—Real feedback from the customer This customer ordered one […]

In high-temperature industrial environments, the thermal-shock stability of a Ceramic Fire Board directly determines the service life and safety of the furnace lining. Thermal shock refers to the rapid temperature gradients that materials experience during quenching or repeated heating–cooling cycles. According to thermal-mechanical behavior and viscoelastic research, the uniformity of the fiber structure, the elastic […]