FAQs

Why choose Newtex Industries?

Newtex is an ISO 9001:2015–certified manufacturer of high-temperature textiles, producing in the USA since 1978, with manufacturing operations in Victor, NY and High Point, NC. We help customers select materials that match heat exposure, mechanical demands, and compliance requirements.

What are heat-resistant textiles?

Heat-resistant textiles are engineered fabrics that resist high temperatures and flame without melting, igniting, or rapidly losing strength. They’re used for insulation, welding protection, radiant heat shielding, and thermal PPE.

What are heat-resistant fabrics used for in industrial environments?

Common uses include welding blankets and curtains, removable insulation jackets, heat shields, protective apparel and gloves, expansion joints, seals and gaskets, and spark protection.

Can fiberglass fabrics withstand high heat?

Yes. Fiberglass fabrics are non-combustible and commonly used for continuous exposure up to about 1000°F (540°C). With specialty coatings (such as vermiculite systems), certain constructions can support higher continuous-temperature use.

Which fabric is best for radiant heat protection?

Aluminized fabrics are widely used for radiant heat protection because the reflective aluminum surface can reflect a large portion of radiant energy, helping reduce heat transfer in high-heat environments.

How many types of high-temperature coatings does Newtex Industries offer?

Newtex offers 20+ standard coatings, treatments, and laminates that can improve resistance to weathering, chemicals, abrasion, flex fatigue, oil/water, and UV exposure. Custom solutions are also available.

How do I choose the right high-temperature textile for my application?

Choose based on your heat source (radiant, conductive, or convective), temperature level, exposure time, mechanical wear, and compliance requirements. Newtex can help confirm the right material and construction for your use case.

What are fire containment covers?

Fire containment covers are high-temperature textile systems designed to help isolate a fire by limiting oxygen exposure and reducing heat transfer. They’re used for emergencies such as pallet, battery, and equipment fires in industrial facilities.

How do high-temperature gloves differ from standard safety gloves?

High-temperature gloves use specialized materials (like fiberglass, aluminized fabrics, and aramid blends) to provide thermal insulation, radiant-heat reflection, and short-duration protection against hot surfaces.

What’s the difference between a fire proximity suit and a fire entry suit?

Fire proximity suits protect primarily against intense radiant heat near high-heat sources. Fire entry suits are designed for short-duration exposure to direct flame or full fire engulfment and typically provide the highest thermal protection, with reduced mobility.