Ceramic fiber board

Ceramic fiber mold boards are manufactured from ceramic fiber wool as the raw material, formed under vacuum and subjected to special treatment. The product features a uniform structure and excellent heat resistance, making it well suited for use in carving molds.

Ceramic fiber mold boards are manufactured from ceramic fiber wool as the raw material, formed under vacuum and subjected to special treatment. The product features a uniform structure and excellent heat resistance, making it well suited for use in carving molds.

Ceramic fiber fire barriers are high-strength fiber boards manufactured using specialized refractory additives. This product boasts exceptional toughness and high compressive strength, along with superior high-temperature resistance and excellent structural support; it serves as an outstanding refractory material for fire‑blocking and thermal insulation in the temperature zones of industrial kilns.

Ceramic fiber boards are manufactured from ceramic fiber wool as the raw material and produced via vacuum forming. They exhibit higher strength than fiber blankets and vacuum‑formed felts, making them suitable for applications that demand rigid structural integrity.

Additionally, depending on application requirements, higher‑density vacuum‑formed ceramic fiber board products are available, offering further improvements in thermal insulation, wear resistance, and mechanical strength. The formulated ceramic fiber boards and fire‑stop panels contain a small amount of organic binder to enhance their cold‑state strength; during a secondary firing at approximately 200°C to 300°C, the organic components are volatilized and reduced.

[Product Category]

Standard Ceramic Fiber Mold Plate Standard

Quasi-ceramic fiber composite panel

High-purity ceramic fiber molded board

High-alumina ceramic fiber panel

Zirconium-containing ceramic fiber board

High-Purity Ceramic Fiber Fire Barrier

High-alumina ceramic fiber fire damper

[Product Features]

● Low heat capacity, low thermal conductivity

● Non‑brittle material with excellent elasticity

● Resistant to wind erosion, with a long service life

● Excellent thermal stability and thermal shock resistance

● Rigid, self-supporting panel

● Excellent resistance to spalling

● Easy to mold or cut

[Typical Applications]

Steel Industry: Expansion joints, backing insulation, insulating sheets, and mold insulation

Nonferrous Metals Industry: Tundish and flow‑channel cover, used for casting copper or copper alloys.

Ceramic Industry: Lightweight kiln car structure, refractory lining of the kiln’s hot face, temperature‑zone partitions within the kiln, and fire‑proof glass industry: insulation for the molten‑pool back lining and burner blocks.

Kiln Architecture: Hot-face refractory material (as a blanket substitute), backing for dense refractories, expansion joints

Light industry: Refractory lining of combustion chambers in industrial and domestic boilers

Petrochemical Industry: Molds for forming deep-processed products such as thermal‑face materials and technical glass used in the linings of high‑temperature heating furnaces.

[Main Technical Performance Specifications]