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High-Performance Basalt Fiber Fabric | Fireproof & Chemical Resistant Cloth

High-Performance Basalt Fiber Fabric | Fireproof & Chemical Resistant Cloth

Detail Information
Place of Origin
CHINA
Brand Name
WGSX
Certification
ISO9001
Chemical Resistance:
High
Weight:
200-880 G/m2
Tensilestrength:
3000 MPa
Chemicalresistance:
Excellent
Width:
100 Cm
Material:
Basalt Fiber
Product Description
High-Performance Basalt Fiber Fabric | Fireproof & Chemical Resistant Cloth

When failure is not an option, engineers demand materials that defy extreme conditions. Our Basalt Fiber Fabric is a high-performance textile woven from continuous basalt filaments extruded from volcanic rock. Offering a unique combination of exceptional heat resistance, superior mechanical strength, and natural chemical inertness, this fabric outperforms fiberglass and rivals carbon fiber in many applications—without the high cost. It is the ultimate solution for thermal insulation, fire protection, and composite reinforcement in the most demanding industrial environments.

Technical Data Sheet (TDS)

Accuracy is vital for material selection. Below are standard specifications for our Basalt Fiber Fabric.

Specification Item Details
Product Name Basalt Fiber Woven Fabric
Raw Material 100% Continuous Basalt Filaments
Fabric Style Plain Weave / Twill Weave / Satin Weave
Area Weight 200 g/m² - 900 g/m² (Customizable)
Thickness 0.2 mm - 1.0 mm
Width 1000 mm - 1500 mm (Standard)
Roll Length 50m, 100m, or Customized
Working Temperature -260°C to +700°C (Short term up to 1000°C)
Tensile Strength > 3000 MPa
Weave Density (Ends/Picks) Variable (e.g., 10x10 per cm)
Surface Treatment Silane Coupling Agent (for composites) / None
Core Product Advantages

Our Basalt Fiber Fabric provides distinct technical benefits:

  • Extreme Thermal Stability:​ Withstands temperatures up to 700°C continuously without melting or emitting smoke/toxic fumes.

  • Superior Mechanical Properties:​ Higher tensile strength and modulus compared to E-glass fiber, providing excellent structural reinforcement.

  • Natural Incombustibility:​ Basalt is inherently fireproof (Euroclass A1). It does not burn, drip, or support combustion.

  • Chemical & Corrosion Resistance:​ Highly resistant to acids, alkalis, salts, and solvents; unaffected by moisture or UV radiation.

  • Excellent Compatibility:​ Bonds exceptionally well with epoxy, polyester, and phenolic resins for advanced composite manufacturing.

Primary Application Scenarios

This versatile fabric serves critical roles across industries:

  • Fire Safety & Insulation:​ Welding blankets, fire curtains, thermal shields, and high-temperature gaskets.

  • Composite Materials:​ Manufacturing lightweight, high-strength parts for automotive, aerospace, and sporting goods.

  • Civil Engineering:​ Strengthening concrete structures (seismic retrofitting) and repairing bridges or columns.

  • Marine & Offshore:​ Corrosion-resistant reinforcement for boat hulls, decks, and underwater pipelines.

  • Foundry & Metallurgy:​ Insulating liners for molten metal splash protection and furnace curtains.

Frequently Asked Questions (FAQ)
Q1: How does Basalt Fiber Fabric compare to Fiberglass Fabric?
A:​ Basalt fiber offers significantly higher operating temperatures (700°C vs. ~600°C for fiberglass), better chemical resistance, and higher tensile strength. While fiberglass is generally cheaper, basalt provides a much longer service life in harsh environments.
Q2: Can this fabric be used for outdoor applications?
A:​ Yes. Basalt fibers have excellent UV resistance and do not degrade under direct sunlight. They are also impervious to moisture and rot, making them ideal for outdoor structural reinforcement or insulation.
Q3: Is Basalt Fiber Fabric conductive?
A:​ No. Unlike carbon fiber, basalt fiber is naturally dielectric and non-conductive. This makes it an excellent choice for applications requiring electrical insulation alongside thermal or structural performance.
Q4: What resin systems are compatible with this fabric for laminating?
A:​ Our basalt fabric is treated with a silane sizing compatible with epoxy, vinyl ester, and polyester resins. For phenolic resins (used in aerospace), please specify your requirement so we can supply the appropriate finish.

Products
PRODUCTS DETAILS
High-Performance Basalt Fiber Fabric | Fireproof & Chemical Resistant Cloth
Detail Information
Place of Origin
CHINA
Brand Name
WGSX
Certification
ISO9001
Chemical Resistance:
High
Weight:
200-880 G/m2
Tensilestrength:
3000 MPa
Chemicalresistance:
Excellent
Width:
100 Cm
Material:
Basalt Fiber
Product Description
High-Performance Basalt Fiber Fabric | Fireproof & Chemical Resistant Cloth

When failure is not an option, engineers demand materials that defy extreme conditions. Our Basalt Fiber Fabric is a high-performance textile woven from continuous basalt filaments extruded from volcanic rock. Offering a unique combination of exceptional heat resistance, superior mechanical strength, and natural chemical inertness, this fabric outperforms fiberglass and rivals carbon fiber in many applications—without the high cost. It is the ultimate solution for thermal insulation, fire protection, and composite reinforcement in the most demanding industrial environments.

Technical Data Sheet (TDS)

Accuracy is vital for material selection. Below are standard specifications for our Basalt Fiber Fabric.

Specification Item Details
Product Name Basalt Fiber Woven Fabric
Raw Material 100% Continuous Basalt Filaments
Fabric Style Plain Weave / Twill Weave / Satin Weave
Area Weight 200 g/m² - 900 g/m² (Customizable)
Thickness 0.2 mm - 1.0 mm
Width 1000 mm - 1500 mm (Standard)
Roll Length 50m, 100m, or Customized
Working Temperature -260°C to +700°C (Short term up to 1000°C)
Tensile Strength > 3000 MPa
Weave Density (Ends/Picks) Variable (e.g., 10x10 per cm)
Surface Treatment Silane Coupling Agent (for composites) / None
Core Product Advantages

Our Basalt Fiber Fabric provides distinct technical benefits:

  • Extreme Thermal Stability:​ Withstands temperatures up to 700°C continuously without melting or emitting smoke/toxic fumes.

  • Superior Mechanical Properties:​ Higher tensile strength and modulus compared to E-glass fiber, providing excellent structural reinforcement.

  • Natural Incombustibility:​ Basalt is inherently fireproof (Euroclass A1). It does not burn, drip, or support combustion.

  • Chemical & Corrosion Resistance:​ Highly resistant to acids, alkalis, salts, and solvents; unaffected by moisture or UV radiation.

  • Excellent Compatibility:​ Bonds exceptionally well with epoxy, polyester, and phenolic resins for advanced composite manufacturing.

Primary Application Scenarios

This versatile fabric serves critical roles across industries:

  • Fire Safety & Insulation:​ Welding blankets, fire curtains, thermal shields, and high-temperature gaskets.

  • Composite Materials:​ Manufacturing lightweight, high-strength parts for automotive, aerospace, and sporting goods.

  • Civil Engineering:​ Strengthening concrete structures (seismic retrofitting) and repairing bridges or columns.

  • Marine & Offshore:​ Corrosion-resistant reinforcement for boat hulls, decks, and underwater pipelines.

  • Foundry & Metallurgy:​ Insulating liners for molten metal splash protection and furnace curtains.

Frequently Asked Questions (FAQ)
Q1: How does Basalt Fiber Fabric compare to Fiberglass Fabric?
A:​ Basalt fiber offers significantly higher operating temperatures (700°C vs. ~600°C for fiberglass), better chemical resistance, and higher tensile strength. While fiberglass is generally cheaper, basalt provides a much longer service life in harsh environments.
Q2: Can this fabric be used for outdoor applications?
A:​ Yes. Basalt fibers have excellent UV resistance and do not degrade under direct sunlight. They are also impervious to moisture and rot, making them ideal for outdoor structural reinforcement or insulation.
Q3: Is Basalt Fiber Fabric conductive?
A:​ No. Unlike carbon fiber, basalt fiber is naturally dielectric and non-conductive. This makes it an excellent choice for applications requiring electrical insulation alongside thermal or structural performance.
Q4: What resin systems are compatible with this fabric for laminating?
A:​ Our basalt fabric is treated with a silane sizing compatible with epoxy, vinyl ester, and polyester resins. For phenolic resins (used in aerospace), please specify your requirement so we can supply the appropriate finish.