CCEWOOL® Ceramic insulation board is a lightweight, high-temperature insulation material widely used in industries such as metallurgy, petrochemicals, glass, ceramics, heat treatment, electronics, and power generation. It is commonly applied as furnace linings, back-up insulation layers, high-temperature duct insulation, and hot-face or back-up protection layers. It is also widely used in laboratory furnaces, industrial kilns, […]

In high-temperature industrial applications, insulation materials must not only provide excellent thermal performance but also remain stable during installation and long-term operation. The CCEWOOL® ceramic thermal blanket stands out for its flexibility and lightweight properties, allowing it to tightly conform to curved or irregular structures, minimizing gaps and enhancing overall insulation integrity. This makes it […]

Ceramic fiber board is a lightweight, high-temperature insulation material widely used in industries such as metallurgy, glass, ceramics, heat treatment, and power generation for furnace walls, roofs, and back-up insulation layers. While its temperature resistance and thermal insulation performance are often emphasized, the strength of a ceramic fiber board is equally critical. High strength ensures […]

In high-temperature industrial equipment, furnace walls, roofs, and pipelines often feature complex curves and corners, placing higher demands on the flexibility of insulation materials. CCEWOOL® refractory fiber blanket stands out with exceptional flexibility and adaptability, allowing it to easily conform to irregular shapes without compromising structural stability. Compared to traditional rigid materials, it significantly reduces […]

In glass melting furnaces and other high-temperature equipment, the back-up insulation layer is continuously exposed to harsh alkaline atmospheres during long operation cycles, along with frequent thermal cycling due to furnace start-ups and shutdowns. Traditional organic-bonded refractory ceramic fiber boards often suffer from powdering, odor release, and binder carbonization and delamination in such conditions. These […]

In industries such as precision manufacturing, metal processing, and aerospace, heat treatment equipment is facing increasingly higher demands for temperature control accuracy, energy efficiency, and structural stability. However, traditional insulation materials often suffer from high thermal conductivity, poor thermal shock resistance, and structural deformation. These issues lead to reduced thermal efficiency, elevated surface temperatures, and […]