10 Industries That Depend on Thermal Protection and Fire Containment

Heat exposure and fire hazards are part of daily operations across many industrial sectors. From molten metal processing and power generation to chemical manufacturing and aerospace, high temperatures can affect equipment performance, compromise facility safety, and expose workers to serious hazards.

Thermal protection and fire containment systems help address these risks through specialized high-temperature fabrics, insulation materials, protective textiles, and engineered barriers. Depending on the operating environment, these materials can help manage heat transfer, protect personnel and equipment, provide radiant heat shielding, or control the spread of fire and smoke.

Protection requirements vary considerably between industries. The appropriate material depends on the heat source, operating temperature, exposure duration, environmental conditions, and required protection function.

Industrial Applications of Thermal Protection and Fire Containment

1. Metal Processing and Foundries

Foundries, steel mills, aluminum processing plants, and metal fabrication facilities operate around molten metal, industrial furnaces, casting equipment, and other intense heat sources. Workers may encounter radiant heat, molten metal splashes, sparks, and hot surfaces throughout production.

Newtex solutions: High-Temperature Textiles and Safety Apparel.

2. Oil, Gas, and Petrochemical

Refineries, petrochemical plants, and oil and gas processing facilities operate with heated pipelines, boilers, reactors, pressure vessels, and process equipment. These systems may handle flammable substances under demanding temperature and pressure conditions.

Newtex solutions: High-Temperature Textiles and Industrial Seals.

3. Power Generation

Power generation facilities use boilers, turbines, exhaust systems, steam lines, generators, and other equipment that produce or handle significant amounts of heat.

Uncontrolled heat transfer can affect equipment operating conditions, increase heat exposure in maintenance areas, and contribute to energy losses. 

Newtex solutions: High-Temperature Textiles and Industrial Seals.

4. Aerospace and Aviation

Aerospace manufacturing, aircraft maintenance, and aviation-related operations involve heat-generating equipment, engine systems, thermal management components, and applications requiring specialized fire protection.

Newtex solutions: Fire Containment and High-Temperature Textiles.

Fire Containment Solutions for Electric Vehicle
FireCape® EV Covers

5. Automotive and Electric Vehicle Manufacturing

Automotive production facilities involve welding, metal forming, paint curing, engine testing, and other manufacturing processes that generate heat, sparks, and hot surfaces.

Electric vehicle manufacturing introduces additional thermal management and fire protection considerations, particularly in battery production, testing, and handling environments. These requirements call for materials and engineered systems selected for the specific thermal and fire exposure involved.

Newtex solutions: High-Temperature Textiles, Fire Containment, and Safety Apparel.

Also Read: Fire Protection Solutions for Lithium-Ion Batteries

6. Chemical Processing

Chemical processing plants use heated reactors, industrial ovens, processing vessels, pipelines, and other equipment that operate under controlled temperature and pressure conditions.

In addition to heat exposure, these environments may involve corrosive chemicals, moisture, process vapors, and mechanical wear. Insulation and protective jacketing materials must therefore provide appropriate thermal performance while withstanding the surrounding operating conditions.

Newtex solutions: High-Temperature Textiles and Industrial Seals.

High temperature textiles for shipyards
Heat Resistant Fabric for Shipyards

7. Shipbuilding and Marine

Shipyards, marine engine rooms, and vessel maintenance facilities involve welding, cutting, engine servicing, exhaust systems, and other operations that generate heat and sparks.

Marine environments introduce additional challenges, including moisture, salt exposure, vibration, restricted working spaces, and limited access to equipment. Thermal protection must account for these conditions while supporting routine inspection and maintenance.

Newtex solutions: High-Temperature Textiles and Safety Apparel.

8. Glass and Ceramics Manufacturing

Glass manufacturing, ceramics production, and kiln operations depend on furnaces, melting tanks, annealing ovens, and other equipment that operate at elevated temperatures for extended periods.

Workers and equipment may experience radiant heat, hot surfaces, and repeated thermal cycling. Insulation systems help manage heat transfer, while protective textiles provide barriers around specific equipment and work areas.

Newtex solutions: High-Temperature Textiles and Safety Apparel.

9. Construction and Commercial Buildings

Construction projects, commercial facilities, industrial buildings, and large public structures require fire protection measures that address hot work, fire spread, and smoke movement.

During construction and maintenance, welding, grinding, and cutting can create ignition hazards. In completed buildings, fire and smoke barriers may be incorporated into designated openings or building systems to help control the movement of fire and smoke.

Newtex solutions: Fire Containment and High-Temperature Textiles.

10. Industrial Manufacturing and Fabrication

Industrial manufacturing facilities bring together machinery, furnaces, ovens, welding stations, production lines, and automated equipment. Thermal exposure varies considerably depending on the manufacturing process.

Some operations require protection from direct contact with hot surfaces, while others involve radiant heat, sparks, exhaust temperatures, or the need to insulate equipment and piping.

Newtex solutions: High-Temperature Textiles, Industrial Seals, Fire Containment, and Safety Apparel.

Newtex Thermal Protection and Fire Containment Solutions by Industry

Different industrial environments require different approaches to thermal management, personnel protection, equipment insulation, and fire containment.

Newtex Industries provides several solution categories to address these requirements, including High-Temperature Textiles, Fire Containment, Industrial Seals, and Safety Apparel. These capabilities are supported by specialized materials and engineered textile products designed for demanding operating conditions.

Industry

Relevant Products and Performance

Metal Processing and Foundries

Zetex® fabrics withstand continuous temperatures up to 1,000°F and peak temperatures up to 1,300°F.

ZetexPlus® fabrics withstand continuous temperatures up to 1,500°F and peak temperatures up to 2,000°F.

Z-Flex®II aluminized materials provide up to 95% radiant heat reflectivity and provide radiant heat protection up to 3,000°F.

Oil, Gas, and Petrochemical

Zetex® fabrics withstand continuous temperatures up to 1,000°F and peak temperatures up to 1,300°F.

ZetexPlus® fabrics withstand continuous temperatures up to 1,500°F and peak temperatures up to 2,000°F.

Z-Sil™ fabrics withstand continuous temperatures up to 1,800°F and peak temperatures up to 2,300°F.

Power Generation

Zetex® fabrics withstand continuous temperatures up to 1,000°F and peak temperatures up to 1,300°F.

ZetexPlus® fabrics withstand continuous temperatures up to 1,500°F and peak temperatures up to 2,000°F.

Z-Sil™ fabrics withstand continuous temperatures up to 1,800°F and peak temperatures up to 2,300°F.

Aerospace and Aviation

Z-Flex®II aluminized materials provide up to 95% radiant heat reflectivity and provide radiant heat protection up to 3,000°F.

Z-Block™ is a fire and smoke barrier material; refer to product-specific technical data for applicable temperature limits.

Automotive and Electric Vehicle Manufacturing

Zetex® fabrics withstand continuous temperatures up to 1,000°F and peak temperatures up to 1,300°F.

ZetexPlus® fabrics withstand continuous temperatures up to 1,500°F and peak temperatures up to 2,000°F.

Z-Flex®II aluminized materials provide up to 95% radiant heat reflectivity.

Chemical Processing

ZetexPlus® fabrics withstand continuous temperatures up to 1,500°F and peak temperatures up to 2,000°F.

Z-Sil™ fabrics withstand continuous temperatures up to 1,800°F and peak temperatures up to 2,300°F.

Z-Tuff™ coated fabrics have temperature limits that depend on the selected coating and fabric construction.

Z-Tuff™ PTFE coated fabrics - https://www.newtex.com/textiles/products/fabrics/insulation-fabrics/cold-side/z-tuff-ptfe

Z-Tuff™ Silicone coated fabrics - https://www.newtex.com/textiles/products/fabrics/insulation-fabrics/cold-side/z-tuff-silicone

Shipbuilding and Marine

Zetex® fabrics withstand continuous temperatures up to 1,000°F and peak temperatures up to 1,300°F.

ZetexPlus® fabrics withstand continuous temperatures up to 1,500°F and peak temperatures up to 2,000°F.

Glass and Ceramics Manufacturing

ZetexPlus® fabrics withstand continuous temperatures up to 1,500°F and peak temperatures up to 2,000°F.

Z-Sil™ fabrics withstand continuous temperatures up to 1,800°F and peak temperatures up to 2,300°F.

Z-Flex II provides radiant heat shielding; refer to product-specific technical data for applicable exposure limits.

Construction and Commercial Buildings

Zetex® fabrics withstand continuous temperatures up to 1,000°F and peak temperatures up to 1,300°F.

ZetexPlus® fabrics withstand continuous temperatures up to 1,500°F and peak temperatures up to 2,000°F.

Z-Block™ provides a fire and smoke barrier; temperature performance depends on the specific product construction.

Industrial Manufacturing and Fabrication

ZetexPlus® fabrics withstand continuous temperatures up to 1,500°F and peak temperatures up to 2,000°F.

Z-Sil™ fabrics withstand continuous temperatures up to 1,800°F and peak temperatures up to 2,300°F.

Z-Flex®II aluminized materials provide up to 95% radiant heat reflectivity and provide radiant heat protection up to 3,000°F.

Technical note: Temperature ratings refer to specific material ratings, not the performance of a complete fabricated assembly. Radiant heat exposure ratings and reflectivity are different from direct-contact temperature ratings. Confirm all figures against the current Newtex datasheets before publication.

Related Articles:

Common Applications of Fire Containment Covers

Hidden Fire Risks of Aging Infrastructure in Industrial Facilities

High-Temperature Fabric Coatings for Fire, Smoke, and Weather Resistance

Conclusion

Thermal protection and fire containment are essential for industries exposed to high temperatures, radiant heat, and potential fire hazards. From manufacturing and power generation to aerospace and commercial construction, each application requires materials suited to its specific operating conditions.

Choosing the right combination of high-temperature textiles, safety apparel, industrial seals, insulation, and fire barriers helps protect workers and equipment while supporting safer, more reliable operations. 

Looking for a thermal protection or fire containment solution for your operation?

Contact Newtex Industries to discuss your requirements and identify suitable high-temperature textiles or engineered assemblies.

Published: November 11, 2026
Categories: Stories