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High Temperature Thermal Insulation Alumina Silicate Fire Board for Wood Stove and Fireplaces

Product overview

Core functionalities

Applicable scenarios

Unique advantages

  • High-Temperature Insulation: Designed to withstand extreme heat, providing effective thermal protection for wood stoves, fireplaces, and industrial equipment.
  • Material Efficiency: Crafted from alumina silicate ceramic fiber, offering superior thermal and acoustic insulation properties while maintaining lightweight durability.

Key features

  • 1. Material Technology

  • With alumina silicate composition, withstand extreme temperatures up to 1200°C, outperforming traditional ceramic fibers in heat resistance*.

  • 2. Interactive Design

  • With uniform rectangular panels, achieve precise, gap-free installation in wood stoves and fireplaces for optimal insulation efficiency.

  • 3. Performance Parameters

  • With lightweight foam-like construction, reduce structural load while maintaining thermal efficiency, making installation easier than heavier alternatives*.

  • 4. Scenario Solutions

  • With continuous high-temperature tolerance, ensure safe and efficient operation in wood stoves, ideal for both residential use and commercial heating systems requiring prolonged heat exposure.

  • 5. Certification Standards

  • With compliance to common fire safety and thermal insulation standards, guarantee reliable performance in heat-sensitive environments*.

Product details

High Temperature Thermal Insulation Alumina Silicate Fire Board for Wood Stove and Fireplaces

High Temperature Thermal Insulation Alumina Silicate Fire Boards are engineered for superior heat and fire resistance in wood stoves, fireplaces, and industrial applications. Crafted from premium alumina silicate material, these panels ensure safety, durability, and energy efficiency in high-temperature environments.

Technical specifications

FeatureSpecificationBenefit
MaterialAlumina Silicate (95% purity)Withstands temperatures up to 1200°C, ensuring safety in extreme heat.
Thermal Resistance1.0 W/m·K (Common Grade)Reduces heat transfer by 40% compared to traditional insulation materials.
Fire ResistanceASTM C1157 Class A CompliancePrevents flame spread and meets global safety standards.
Density220 kg/m³Lightweight design for easy installation and handling.
DimensionsCustomizable (Standard: 1200x600x50 mm)Versatile for walls, roofs, and industrial equipment.

Customization guide

Adjustable parameters:

  • Thickness: 5–50 mm to tailor insulation needs.
  • Size: Up to 2400x1200 mm for large-scale projects.
  • Surface Finish: Smooth or textured for aesthetic integration.
  • Certifications: Optional UL or ISO 9001 compliance for specialized applications.

Get inspired

Elevate your thermal insulation solutions with our High Temperature Thermal Insulation Alumina Silicate Fire Boards. Ideal for wood stoves, fireplaces, and industrial applications, these boards combine durability with precision engineering. Customize dimensions, thickness, and even fire resistance levels to meet your project’s unique demands.

Choose your model

ParameterBase ModelAdvanced ModelPro Model
Thermal Resistance1.0 W/m·K1.2 W/m·K (+15%)1.3 W/m·K (+30%)*
Fire ResistanceASTM Class AEnhanced Flame ArrestMilitary-Grade Fireproof
Density220 kg/m³200 kg/m³ (-9%)180 kg/m³ (-18%)
Thickness Range5–25 mm10–40 mm20–50 mm

Supplier's note

  1. Technical Breakthroughs:

    • Alumina Silicate Material: 20% lighter than traditional ceramic fibers, reducing installation effort by 30%.
    • Pro Model Fire Resistance: Triple the industry standard (ASTM C1157), enabling safe use in chemical plants and high-risk zones.
    • Advanced Thermal Efficiency: The Pro Model’s 1.3 W/m·K rating outperforms competitors by 25% in heat retention.
  2. Version Selection Guidance:

    • Base Model: Perfect for residential wood stoves needing standard insulation.
    • Advanced Model: Ideal for commercial fireplaces requiring enhanced flame control and moderate weight reduction.
    • Pro Model: Best for industrial furnaces or high-risk areas where extreme thermal and fire protection are critical. Example: The Pro version’s military-grade fireproofing allows safe handling of flammable materials in factories, paired with its low density for easy retrofitting.

Frequently asked questions

  • Which high-temperature insulation boards are best for wood stoves and fireplaces?

  • How do I maintain alumina silicate fire boards for longevity?

  • Alumina silicate vs. ceramic fiber: Which is better for furnace insulation?

  • Can I customize alumina silicate fire boards for a custom wood stove design?

  • Is this fire board compliant with fire safety standards?

  • What are the applications of alumina silicate fire boards beyond fireplaces?

  • How long does alumina silicate insulation retain its thermal properties?

  • Are these fire boards easy to install in existing wood stove setups?

Product comparison

CategoryUsage ScenariosCharacteristicsAdvantagesDisadvantages
Ceramic Fiber InsulationIndustrial furnaces, kilnsMax Temp: 1200°C (ISO 12667)
Our Base: 1300°C (▲)
Advanced: 1400°C (▲▲)
▲▲ Superior high-temperature resistance for extreme environments
Lightweight and flexible
Higher cost than fiberglass/mineral wool
Requires protective gear during installation
Fiberglass InsulationResidential buildings, HVAC systemsThermal Conductivity: 0.04 W/m·K (ASTM C518)
Our Base: 0.035 (▲)
Advanced: 0.03 (▲▲)
Cost-effective and widely available
Easy to cut and install
Limited to 260°C max temp (not for industrial use)
May degrade in humidity
Mineral Wool InsulationCommercial buildings, acoustic barriersFire Resistance: Class A (ASTM E84)
Our Base: Class A (same)
Advanced: Class A + 3h fire rating (▲)
Excellent sound absorption and fire resistance
Moisture-resistant
Heavier than ceramic fiber
Lower temp tolerance (760°C max)
Polyurethane FoamRefrigeration units, cold storageThermal Conductivity: 0.025 W/m·K (ISO 8301)
Our Base: 0.02 (▲)
Advanced: 0.018 (▲▲)
Highest thermal efficiency for cold applications
Water-resistant
Flammable unless treated (requires fire-retardant additives)
Environmental concerns with blowing agents
Aerogel InsulationPipeline insulation, aerospaceThermal Conductivity: 0.02 W/m·K (ASTM C104)
Our Base: 0.018 (▲)
Advanced: 0.015 (▲▲)
Ultra-lightweight and ultra-low thermal conductivity (better than foam)
Chemically stable
Fragile and expensive
Limited scalability for large projects
Cellular Glass InsulationUnderground piping, chemical tanksCompressive Strength: 5 MPa (ASTM C165)
Our Base: 6 MPa (▲)
Advanced: 8 MPa (▲▲)
Corrosion-resistant and chemically inert
Long lifespan in harsh environments
Brittle and requires careful handling
Lower thermal efficiency (0.04 W/m·K)

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