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Ceramic fiber board

High temperature ceramic fiber board

Scope of application

Used as lining (furnace wall, furnace roof, furnace door) for various industrial furnaces (such as box furnaces, shuttle furnaces, bogie hearth furnaces, pit furnaces).

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High temperature ceramic fiber board

High temperature ceramic fiber board is a high-performance refractory product engineered to deliver superior insulation in harsh, high-heat environments. With exceptional thermal stability and structural rigidity, it is widely used in metallurgy, petrochemicals, power generation, ceramics, and scientific research facilities.

Ceramic fiber board

Why Choose High Temperature Ceramic Fiber Board?

This insulation board stands out for its combination of lightweight construction, high mechanical strength, and excellent heat resistance. It significantly reduces heat loss, increases equipment efficiency, and extends furnace service life.

Key Benefits

  • Outstanding resistance to temperatures up to 1600°C
  • Low thermal mass for rapid heating and cooling
  • Excellent resistance to erosion, corrosion, and thermal shock
  • High compressive and flexural strength
  • Stable performance in long-term continuous heating
  • Non-toxic, asbestos-free, and environmentally friendly

Product Grades of High Temperature Ceramic Fiber Board

1260°C Standard Grade

For general insulation, kiln linings, and energy-saving applications.

1350°C High-Purity Grade

Suitable for continuous mid-to-high temperature furnace operations.

1430°C High-Alumina Grade

Enhanced strength and reduced shrinkage for demanding environments.

1600°C Zirconium-Reinforced Grade

Advanced high-temperature performance for petrochemical and aerospace industries.


Main Applications

1. Industrial Kilns & Furnaces

  • Heat-treating furnace insulation
  • Furnace lining and hot-face materials
  • Ceramic kiln panels
  • Hearth and roof insulation

2. Petrochemical & Power Industry

  • Boiler insulation
  • Burners and heat shields
  • High-temperature pipelines
  • Reactor insulation systems

3. Metallurgy & Casting

  • Tundish insulation
  • Casting plates
  • Heat preservation components

4. Scientific Research & Laboratory Furnaces

  • Tube furnace chambers
  • Rapid thermal processing equipment
  • High-temperature test enclosures

5. Fire Safety & Building Protection

  • Fireproof wall panels
  • Fire-rated enclosures and doors
  • Heat-resistant partitions

Technical Parameters

  • Working Temperature: 1260–1600°C
  • Density: 180–400 kg/m³
  • Thermal Conductivity: 0.045–0.18 W/m·K
  • Cold Crushing Strength: 0.5–1.0 MPa
  • Shrinkage at Operating Temperature: ≤3%
  • Thickness: 10–100 mm
  • Custom shapes available

Competitive Advantages Over Traditional Refractory Materials

  • Much lighter than firebricks
  • Faster installation and lower labor cost
  • Better insulation efficiency
  • Superior resistance to thermal stress
  • Reduced maintenance and downtime

Ceramic Fiber Board Technical Parameters

ModelYX-1260BYX-1400BYX-1500BYX-1600BYX-1700BYX-1800BYX-1900B
Classification(℃)1260140015001600170018001900
Working Temperature(℃)1000120013501500160017001750
colorwhitewhitewhitewhitewhitewhitewhite
Bulk density(kg/m³)250~400250~400300~400400400400~500700
Al2O3(%)43456064758087
Al2O3+SiO2(%)989898989999.599.5
BaO(%)<0.2<0.2<0.2<0.1<0.O5<0.O5<0.O5
Shrinkage1100℃*24h
-3
1200℃*24h
-2.5
1400℃*24h
-2
1500℃*24h
-1
1600℃*24h
-0.5
1700℃*24h
-0.4
1750℃*24h
+0.1-0.4
Compressive strength0.30.40.50.50.60.60.8
Burn reduction≤5%≤5%≤4.5%≤4.5%≤5%≤3.5%≤4%

Ceramic Fiber Board Video

ceramic fiber board

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