The Flame Resistant Arc Proof Coverall is engineered for industrial workers requiring protection against flame exposure, thermal hazards and electrostatic risks. The garment uses a NOMEX IIIA style aramid fabric structure combining meta aramid, para aramid and antistatic fibers to provide non-melting flame resistant performance.

The main body fabric consists of 92% meta aramid, 5% para aramid and 3% antistatic fiber with 150gsm plain weave construction. Meta aramid provides thermal stability during flame exposure, while para aramid improves mechanical reinforcement and resistance against fabric damage. The antistatic component helps reduce electrostatic charge accumulation in industrial environments.

The coverall integrates functional workwear engineering features including felled seams, reinforced shoulders, bi-swing back construction and adjustable waist and sleeve systems. These design elements improve movement flexibility while supporting long-hour industrial use.

The garment includes a two-way front zipper with pull, seven functional pockets, zippered leg openings and chest name tag positioning. The pocket system supports tool storage requirements for maintenance, industrial operation and emergency response work.

For OEM PPE programs, Topmatched supports customized fabric weight, garment color, sizing, labels, packaging and production specifications according to buyer requirements.

Protective Structure and Functional Design Evaluation

The performance of an industrial FR coverall depends on both fabric protection and garment construction.

The coverall design combines material protection with industrial usability. Compared with standard workwear fabrics, aramid-based structures maintain protective performance because the fibers are engineered for thermal stability rather than melting behavior.

Flame resistant coveralls require production verification at both fabric and garment levels.

Applicable standards:

OEM & Custom Development Options

Topmatched provides OEM development support for flame resistant protective clothing programs.

Customization options include:

OEM production process:

Confirm protection requirements

Select fabric specification

Develop prototype sample

Verify testing requirements

Start bulk manufacturing

Can this coverall be used for arc flash and flame protection programs?

The garment is developed with meta aramid, para aramid and antistatic fiber construction. Buyers should confirm required protection levels, testing standards and workplace hazards before selecting the final configuration.

How does the aramid fabric structure improve protective performance?

Meta aramid provides thermal stability and flame resistance, while para aramid improves mechanical strength. The antistatic fiber component helps control electrostatic accumulation in industrial working environments.

Can buyers customize the FR coverall design for different industries?

Yes. OEM projects can customize fabric weight, colors, pocket layout, labels and packaging. Sample development allows buyers to verify garment fit, structure and production requirements before bulk orders.