★ Low heat storage
★ Low thermal conductivity
★ Excellent heat stability and thermal shock resistance
★ High rigidity and light weight
★ Easy shaping or cutting

Ceramic fiber boards have found extensive and crucial applications in high-temperature industries. In the steelmaking sector, they line the interiors of blast furnaces and converters, withstanding the intense heat of molten metal and providing excellent thermal insulation. This not only helps maintain the high temperatures necessary for efficient steel production but also reduces heat loss to the surroundings, enhancing energy utilization. In the glass manufacturing process, they are integral to furnace walls and crowns, safeguarding against heat dissipation and ensuring a stable thermal environment for the precise melting and shaping of glass. For non-ferrous metal smelting, such as aluminum and copper, ceramic fiber boards are deployed to protect equipment and workers from the extreme heat generated, while also contributing to the optimization of the smelting process by minimizing heat escape. Moreover, in the petrochemical industry, where high-temperature reactors and distillation columns are commonplace, these boards act as reliable heat barriers, preventing heat transfer that could lead to inefficiency or even safety hazards, thus playing a pivotal role in maintaining smooth and reliable operations under harsh thermal conditions.