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  • High Temperature Insulation 1260 1800c Alumina Fiber Board 25mm Thickness Heat Resistant Ceramic Fiber Board for Furnace Lining
  • High Temperature Insulation 1260 1800c Alumina Fiber Board 25mm Thickness Heat Resistant Ceramic Fiber Board for Furnace Lining
  • High Temperature Insulation 1260 1800c Alumina Fiber Board 25mm Thickness Heat Resistant Ceramic Fiber Board for Furnace Lining
  • High Temperature Insulation 1260 1800c Alumina Fiber Board 25mm Thickness Heat Resistant Ceramic Fiber Board for Furnace Lining
  • High Temperature Insulation 1260 1800c Alumina Fiber Board 25mm Thickness Heat Resistant Ceramic Fiber Board for Furnace Lining
  • High Temperature Insulation 1260 1800c Alumina Fiber Board 25mm Thickness Heat Resistant Ceramic Fiber Board for Furnace Lining
High Temperature Insulation 1260 1800c Alumina Fiber Board 25mm Thickness Heat Resistant Ceramic Fiber Board for Furnace Lining

High Temperature Insulation 1260 1800c Alumina Fiber Board 25mm Thickness Heat Resistant Ceramic Fiber Board for Furnace Lining

  • 20 - 99 Pieces
    $3.37
  • >= 100 Pieces
    $0.60

Customization:

Customized packaging(Min.Order: 200 pieces)
Customized logo(Min.Order: 200 pieces)

High Temperature Insulation 1260 1800c Alumina Fiber Board 25mm Thickness Heat Resistant Ceramic Fiber Board for Furnace Lining

Product overview

Core functionalities

Applicable scenarios

Unique advantages

  • High-Temperature Resistance: Withstands temperatures up to 1800°C, designed for furnace lining, industrial heat containment, and extreme thermal environments.
  • Fireproof Insulation: Blocks heat transfer and prevents fire spread, ensuring safety in high-risk applications like kilns and foundries.

Key features

  • 1. Fire-Resistant Alumina Ceramic Fibers

  • With alumina ceramic fibers, the board withstands temperatures up to 1800°C, outperforming traditional insulation materials like fiberglass*.

  • 2. Compliance with Global Safety Standards

  • With certifications like CE, RoHS, and EPR_Germany_Packing, it meets stringent safety and environmental regulations, ensuring reliability compared to uncertified alternatives*.

  • 3. Customizable for Industrial Applications

  • With customizable thickness, density, and size, it adapts to furnace lining and industrial needs, offering greater flexibility than standardized solutions*.

  • 4. Lightweight Design for Ease of Use

  • With a lightweight ceramic fiber composition, it reduces labor effort during installation compared to heavier traditional insulation boards*.

  • 5. Non-Combustible Fire Safety Assurance

  • With a non-combustible structure, it prevents fire spread in high-risk environments, unlike flammable insulation materials*.

Product details

High Temperature Insulation 1260 1800c Alumina Fiber Board 25mm Thickness Heat Resistant Ceramic Fiber Board for Furnace Lining

The High Temperature Insulation 1260 1800°C Alumina Fiber Board is a lightweight, non-combustible ceramic fiber board engineered for extreme thermal resistance. Designed for furnace lining and industrial applications, it combines fireproofing, thermal insulation, and structural stability up to 1800°C. Certified to global standards (CE, RoHS, EPR_Germany_Packing), it offers customizable thickness, density, and size to meet diverse industrial needs.

Technical specifications

FeatureSpecificationBenefit
Fire ResistanceWithstands temperatures up to 1800°C (3272°F)Protection against extreme thermal stress in furnaces and kilns.
Thermal InsulationLow thermal conductivity (0.045 W/m·K at 1000°C)Maintains temperature control in high-heat environments.
Material CompositionAlumina-based ceramic fibers with high-purity silica binderEnhanced durability and chemical stability.
Weight1.8 kg/m² (30% lighter than traditional ceramic boards)Easy handling and reduced installation labor costs.
CertificationsCE, RoHS, EPR_Germany_PackingCompliance with EU safety and environmental regulations.
ThicknessStandard 25mm (customizable from 5mm to 50mm)Adjustable insulation performance for varied applications.

Customization guide

Adjust thickness (5–50mm) to optimize insulation for furnace walls or lids. Modify density (160–240 kg/m³) to balance heat retention and structural strength. Cut to custom sizes (up to 1200x600mm) for precise fit in industrial equipment.

Get inspired

With its lightweight design and extreme heat resistance, this board is ideal for furnace lining, kiln insulation, and high-temperature industrial machinery. Its non-combustible nature ensures safety in environments prone to thermal runaway.

Choose your model

ParameterBase ModelAdvanced ModelPro Model
Max Temperature1260°C1500°C1800°C
Density (kg/m³)160–180190–210220–240
Thickness (mm)10–3015–4020–50
CertificationsCE, RoHSCE, RoHS, EPR_GermanyAll certifications

Supplier's note

  1. Key Breakthroughs:

    • The Pro Model’s 1800°C resistance triples the industry standard for furnace linings, enabling safe operation in extreme environments.
    • Non-combustible alumina fibers eliminate fire spread risks in enclosed industrial systems.
    • 30% lighter than traditional boards reduces structural load demands in high-heat equipment.
  2. Optimal Selection Guide:

    • Base Model: Ideal for standard furnaces (≤1260°C) where cost efficiency is prioritized.
    • Advanced Model: Suitable for mid-range industrial kilns (up to 1500°C) requiring enhanced durability.
    • Pro Model: Required for applications like metal smelting or aerospace testing chambers needing 1800°C stability.

With the Pro Model’s 1800°C rating and premium density, you can safely handle molten metals. The Base Model’s lighter weight cuts installation time by 20% compared to legacy materials. Pair the Advanced Model’s mid-range specs with its EPR compliance for EU-regulated foundries.

Frequently asked questions

  • Which ceramic fiber board is best for high-temperature furnace lining applications?

  • How do I maintain and clean a ceramic fiber board for prolonged use?

  • What are the advantages of alumina ceramic fiber boards over fiberglass insulation?

  • Can ceramic fiber boards be customized for specific furnace dimensions?

  • Are ceramic fiber boards certified for industrial safety standards?

  • What are common applications for 25mm ceramic fiber boards besides furnace lining?

  • What installation tips ensure optimal performance of ceramic fiber boards?

  • How long do ceramic fiber boards last in extreme heat conditions?

Product comparison

CategoryUsage ScenariosCharacteristicsAdvantagesDisadvantages
Industry Standard Ceramic Fiber BoardsGeneral industrial insulationFire Resistance: Withstands 1200°C (ASTM C697) ▲
Thickness: 20mm (ISO 3801)
Affordable, widely adoptedLimited temp range (▲16.7% below Advanced), heavier than modern variants
Our Base ModelStandard furnace lining, HVAC systemsFire Resistance: 1400°C (▲16.7% ↑ from Industry Standard) ▲
Thickness: 25mm (ISO 3801)
Enhanced temp stability, lightweight (1.2 g/cm³) ▲
Certified CE/RoHS/EPR
Moderate cost, customization limited to thickness/density
Our Advanced ModelHigh-temperature furnaces, aerospaceFire Resistance: 1600°C (▲33.3% ↑ from Industry Standard) ▲
Thickness: 30mm (ISO 3801)
Ultra-high temp stability ▲
Full customization (size/density/thickness)
Higher cost, requires specialized installation
Fiberglass Insulation BoardsResidential/commercial HVAC systemsThermal Insulation: R-5 (ASTM C518) ▲
Fire Resistance: 750°C (UL 94 HB)
Lightweight, cost-effectiveLow temp tolerance (▲55.6% below Base), combustible at high temps
Mineral Wool BoardsBuilding fireproofing, acoustic barriersFire Resistance: 1000°C (ISO 1182) ▲
Sound Absorption: 0.8 NRC (ASTM C423)
Good sound dampening, eco-friendlyBulky, lower temp resistance (▲40% below Base)
Refractory Brick MaterialsBlast furnaces, metallurgical equipmentFire Resistance: 1800°C (ASTM C697) ▲
Compressive Strength: 15 MPa (ASTM C133)
Extreme durability, structural integrityHeavyweight, non-customizable, high installation cost

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