High Temperature Fire Resistant Coated Fabric for Welding Blankets & Spark Protection

        Our Fire Resistant Coated Fabric is a flexible high-temperature protective textile designed for welding blankets,spark barriers,fire curtains,foundry protection,shipbuilding,petrochemical maintenance,and industrial hot-work environments. Manufactured from a refractory fiber base with a specialized protective coating,the fabric provides heat resistance,mechanical durability,and flexible handling for shielding equipment,work areas,and surrounding surfaces from sparks,slag,radiant heat,and selected high-temperature exposure.Different constructions are available for temperature classes from approximately 550°C up to 1100°C,depending on the fiber base,coating system,fabric density,and application conditions. E-glass fiberglass grades are intended for lower temperature ranges,while higher-temperature configurations require appropriate refractory fiber systems.Standard widths include 1.0 m,1.2 m,1.5 m,and 2.0 m,with thickness options from approximately 0.3–3.0 mm. Multiple colors and custom specifications are available for welding protection,fire isolation,cable protection,industrial curtains,and high-temperature equipment covers.

Fire Resistant Coated Fabric Specifications

Key Advantages of Fire Resistant Coated Fabric

1. Multiple High-Temperature Grades

The product family covers different thermal protection levels from approximately 550°C to 1100°C.

The correct temperature class depends on:

• Base fiber type

• Protective coating

• Fabric thickness

• Exposure duration

• Direct flame conditions

• Radiant heat intensity

• Mechanical loading

E-glass fiberglass grades should not be specified for the same temperature range as higher-temperature refractory fiber constructions.

2. Designed for Welding Spark Protection

Fire resistant coated fabric is particularly suitable for welding and cutting operations.

It can help isolate surrounding areas from:

• Welding sparks

• Grinding debris

• Hot particles

• Slag

• Radiant heat

• Short-duration thermal exposure

This makes it useful in fabrication shops,shipyards,maintenance facilities,construction sites,and industrial plants.

3. Flexible & Easy to Drape

Unlike rigid fire boards or brittle thermal barriers,coated fire resistant fabric remains flexible.

The material can be:

• Draped over machinery

• Wrapped around irregular equipment

• Hung vertically as a curtain

• Laid horizontally as a blanket

• Cut into protective panels

• Fabricated into custom covers

This flexibility is especially useful during temporary hot-work operations.

4. Protective Coated Surface

The specialized surface coating improves the durability and handling characteristics of the base fabric.

Depending on the selected coating,the surface can provide improved resistance to sparks,abrasion,heat exposure,and industrial contamination.

5. Suitable for Fire Isolation Barriers

The fabric can be used to separate welding or cutting zones from surrounding work areas.

Temporary fire barriers are especially useful in locations where sparks could reach combustible materials,finished surfaces,equipment,or nearby personnel.

6. Wide Thickness Range

Available thicknesses include:

• 0.3 mm

• 0.5 mm

• 0.8 mm

• 1.0–3.0 mm

Thinner fabrics are easier to drape and handle,while thicker constructions may provide greater mechanical durability and thermal protection.

Final thickness should be selected according to application conditions rather than temperature alone.

7. Multiple Width Options

Standard widths of 1.0 m,1.2 m,1.5 m,and 2.0 m allow the material to be used for both compact fabrication work and large-area protection.

Custom widths can also be evaluated according to project requirements.

8. Suitable for Industrial & Marine Environments

Fire resistant coated fabric can be used in shipbuilding,petrochemical facilities,metal fabrication,and industrial maintenance.

Its flexible construction makes it particularly useful where permanent rigid heat barriers are impractical.

9. Custom Color Options

Available colors include:

• Silver Grey

• Dark Blue

• White

• Black

• Red

• Light Blue

• Green

Custom colors can also be evaluated.

Color selection may help distinguish different temperature classes,work zones,or customer-specific product ranges.

10. Customizable for Converted Products

The fabric can be converted into:

• Welding blankets

• Welding curtains

• Fire curtains

• Protective screens

• Equipment covers

• Cable wraps

• Thermal barriers

• Foundry covers

• Custom sewn fire protection products

Fire Resistant Coated Fabric Applications

1. Welding Blankets

Welding blankets are one of the main applications for fire resistant coated fabric.

The material can be positioned around welding operations to protect equipment,floors,walls,and surrounding surfaces from sparks and hot particles.

For horizontal welding blanket use,the expected amount of slag and hot metal exposure should be considered carefully when selecting fabric thickness and temperature class.

2. Welding Curtains & Screens

The fabric can be suspended vertically to create temporary welding curtains or hot-work screens.

Typical locations include:

• Fabrication workshops

• Construction sites

• Shipyards

• Maintenance areas

• Industrial plants

• Commercial renovation projects

3. Cutting & Grinding Protection

Hot work involving cutting and grinding can generate sparks and hot debris over a relatively large area.

Fire resistant fabric can be used as a temporary barrier to separate the work zone and protect nearby surfaces.

4. Shipbuilding & Marine Repair

Shipbuilding involves extensive welding,cutting,and metal repair operations.

Fire resistant fabric can be used around hull structures,deck areas,engine rooms,and maintenance zones to provide temporary heat and spark protection.

5. Petrochemical Maintenance

Petrochemical facilities frequently require hot-work control during maintenance and equipment repair.

Fire resistant coated fabrics can be used to isolate work areas and protect nearby metal structures,insulation,and equipment.

Application should always follow the facility's hot-work permit and fire-safety procedures.

6. Foundry Protection

Selected higher-temperature grades can be used as barriers or covers in foundries and metal-processing environments.

Potential applications include:

• Spark barriers

• Hot particle curtains

• Equipment covers

• Furnace-area protection

• Molten metal splash zones

Suitability for molten metal exposure must be confirmed according to the specific metal,temperature,and contact duration.

7. Fire Curtains

The fabric can be fabricated into selected fire-resistant curtain systems for temporary or industrial isolation.

Where a building-code fire rating is required,the complete curtain system should be tested and certified according to the applicable standard.

8. Cable Protection

Fire resistant fabric can be wrapped around selected cable systems or cable bundles to provide temporary or supplemental protection from heat,sparks,and hot-work exposure.

For permanent fire-rated cable systems,the complete installation must comply with the relevant fire-protection specification.

9. Industrial Equipment Covers

The flexible fabric can be used to protect machinery,valves,pumps,and other industrial equipment during nearby welding or cutting operations.

10. Public-Space Hot Work Protection

During renovation or maintenance in shopping centers,hotels,warehouses,and other occupied facilities,the material can be used to isolate hot-work areas.

The goal is to prevent sparks and debris from spreading beyond the controlled work zone.

Understanding the 550–1100°C Temperature Range

The stated 550–1100°C range represents different product constructions rather than one universal service temperature for every fabric.

Temperature resistance should always be evaluated together with exposure time.

A material that tolerates short-term contact at a high temperature may not be suitable for continuous operation at the same temperature.

E-Glass Fire Resistant Fabric

The current product page identifies an alkali-free E-glass fiberglass grade with a temperature capability of approximately ≤550°C.

E-glass fabric offers:

• Good mechanical strength

• Flexible textile construction

• Alkali-free glass composition

• Easy fabrication

• Compatibility with protective coatings

• Cost-effective thermal protection for moderate high-temperature applications

It is suitable for many welding blankets,curtains,and general industrial spark protection applications where temperatures remain within the material's actual service range.

Higher Temperature Fireproof Fabric

Applications above the normal operating range of E-glass require a different refractory fiber construction.

For temperatures approaching the upper end of the 550–1100°C product family,the exact:

• Fiber type

• Coating chemistry

• Thickness

• Continuous service limit

• Peak temperature limit

• Flame exposure

should be confirmed before quotation and production.

Fireproof Cloth for Welding Blankets

When selecting fabric for a welding blanket,the blanket position is important.

Horizontal blankets can experience more severe thermal loading because hot particles remain on the fabric surface instead of falling away.

For this reason,temperature grade and coating selection should match the actual welding process.

Fire Resistant Fabric for Spark Protection

Spark protection requirements vary significantly between:

• MIG welding

• TIG welding

• Stick welding

• Plasma cutting

• Oxy-fuel cutting

• Grinding

• Gouging

Different processes generate different temperatures,particle sizes,and slag loads.

Providing the specific hot-work process allows more accurate fabric selection.

How to Choose the Right Fire Resistant Fabric

Custom Fire Resistant Coated Fabric

Customized specifications are available for different hot-work and industrial fire-protection requirements.

Customers should provide the actual temperature,hot-work process,fabric position,and required dimensions for material selection.

Quality Control

Fire resistant fabric quality should be controlled for both the base textile and the protective coating.

Key quality characteristics include:

• Fabric thickness

• Fabric width

• Base fiber type

• Coating uniformity

• Surface condition

• Tensile performance

• Fabric flexibility

• Coating adhesion

• Edge condition

• Roll alignment

• Color consistency

• Visible defects

• Packaging integrity

Where a specific flame spread,non-combustibility,fire resistance,or welding blanket classification is required,the relevant test report should be confirmed before making a compliance claim.

Packaging & Shipping

Fire resistant coated fabric is normally supplied in roll form or as converted fire-protection products.

Actual roll dimensions and package weight depend on fabric thickness,width,coating,and order configuration.

Storage Guidelines

1. Store Indoors

Keep fire resistant coated fabric in a dry,clean,and well-ventilated warehouse.

2. Protect from Moisture

Avoid rain,standing water,and excessive humidity during storage.

3. Keep Rolls Covered

Maintain protective packaging until the fabric is ready for fabrication or use.

4. Protect the Coating

Avoid dragging the coated surface over sharp or abrasive objects.

5. Avoid Excessive Compression

Do not place excessive weight on stored rolls,especially for softer coated fabric constructions.

6. Keep Away from Chemicals

Avoid prolonged storage near chemicals that may affect the coating or fabric surface.

7. Protect from Direct Outdoor Exposure

Unless a specific grade is designed for outdoor service,the material should not be stored uncovered outdoors.

Frequently Asked Questions About Fire Resistant Coated Fabric

1. What is fire resistant coated fabric?

Fire resistant coated fabric is a high-temperature textile manufactured from fiberglass or another refractory fiber and treated with a protective surface coating.

It is used for welding blankets,fire curtains,spark barriers,industrial covers,and other thermal protection applications.

2. Can this fabric withstand 1100°C?

Selected high-temperature constructions within the product family may be designed for exposure approaching 1100°C.

However,the E-glass fiberglass grade listed on the page is approximately limited to 550°C.

The correct product construction must therefore be selected according to actual temperature.

3. Is E-glass fiberglass fabric suitable for 1100°C?

No.

The current specification lists the E-glass fiberglass grade at approximately ≤550°C.

Applications approaching 1100°C require an appropriate higher-temperature refractory fiber system.

4. Is this material suitable for welding blankets?

Yes.

Welding blankets are one of the primary applications for fire resistant coated fabric.

5. Can it protect against welding sparks?

Yes.

The material is designed to act as a barrier against welding sparks,grinding debris,and selected hot particles.

The correct grade should be selected according to the severity of the welding or cutting process.

6. Can it be used horizontally under welding work?

Yes,but horizontal use can be more demanding because hot slag and particles may remain on the fabric.

A suitable temperature class,thickness,and coating should be selected for horizontal welding blanket applications.

7. What widths are available?

Standard widths include:

• 1.0 m

• 1.2 m

• 1.5 m

• 2.0 m

Customized widths can also be evaluated.

8. What thicknesses are available?

Standard options include approximately:

• 0.3 mm

• 0.5 mm

• 0.8 mm

• 1.0–3.0 mm

9. What colors are available?

Available colors include silver grey,dark blue,white,black,red,light blue,and green.

Custom colors can also be evaluated.

10. Can the fabric be used in shipyards?

Yes.

Shipbuilding and ship repair are suitable applications because welding,cutting,and grinding operations often require temporary spark and heat barriers.

11. Can it be used in petrochemical plants?

Yes,for appropriate hot-work isolation and equipment protection applications.

Use in petrochemical facilities should follow site-specific fire-safety procedures and hot-work permit requirements.

12. Can this fabric stop molten metal?

Selected fabrics can be used for certain molten metal splash applications.

However,suitability depends on metal type,temperature,splash volume,contact time,and fabric orientation.

These conditions should be provided before product selection.

13. Is the fabric non-combustible?

The product page describes selected constructions as non-combustible.

For projects requiring a formal non-combustibility classification,the applicable test method and certified result should be confirmed before ordering.

14. What is the listed tensile strength?

The current product specification lists tensile strength at approximately 450 MPa.

For engineering applications requiring directional tensile data,warp/weft test values and test method should be confirmed separately.

15. Can fire resistant fabric be customized into finished blankets?

Yes.

The material can be converted into welding blankets,fire curtains,equipment covers,and other custom protective products according to project dimensions.

16. What information should I provide when requesting a quotation?

For an accurate quotation,please provide:

• Required temperature range

• Continuous or short-term exposure

• Welding/cutting/grinding process

• Horizontal or vertical installation

• Required thickness

• Required width

• Roll material or finished blanket

• Required dimensions

• Color

• Quantity

• Destination country or port

These details help determine whether an E-glass grade or a higher-temperature refractory fabric is more appropriate.

Why Choose WGSC Composite?

WGSC Composite supplies fire resistant coated fabrics,high-temperature fiberglass textiles,and thermal protection materials for welding,shipbuilding,petrochemical,foundry,industrial maintenance,and fire-isolation applications.

The available product family covers different fiber constructions,coating systems,thicknesses,widths,and temperature classes for a broad range of hot-work environments.

Customers can select standard roll material or request customized welding blankets,fire curtains,equipment covers,and other converted products according to project requirements.

Whether you are sourcing fire resistant fabric for welding blankets,welding spark protection cloth,high-temperature coated fiberglass fabric,fire curtains,or customized industrial thermal barriers,we can provide product selection and specification support based on your actual operating conditions.

Request a Quote

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Please send us your:

Temperature Requirement · Welding/Cutting Process · Horizontal or Vertical Use · Thickness · Width · Finished Size · Color · Quantity · Destination

Contact WGSC Composite for fire resistant fabric specifications,custom welding blanket materials,and quotation support.