Industrial flame-resistant and antistatic hoodie Bizflame PORTWEST FR529

Flame-resistant coverall for work with heat exposure and electric arc risk, designed for continuous industrial use. Made with Bizflame Industry fabric of 340 g/m², it combines resistance to industrial washing and anti-static properties for demanding environments.

Ideal for industries such as oil and gas, where durability is a must, offering maximum protection in various risk situations.

FEATURES

• Bizflame Industry fabric: 80% cotton, 19% FR polyester, 1% carbon fiber (340 g/m²)
• Suitable for industrial washing at 75 °C and tunnel drying at 155 °C
• Metal-free: non-magnetic (no nickel or ferrous metals)
• Adjustable cuffs with hook and loop closure for a tighter fit
• Adjustable hems to customize leg length
• Side access openings to reach inner pockets
• Rule/measure pocket
• Pockets for shoulder pads and additional protection in the shoulder area

BENEFITS OF Bizflame Industrial Flame-Resistant Coverall PORTWEST FR529

Allows working with a one-piece garment when protection against heat and control of electrostatic charges is needed, while maintaining mobility and organization with multiple pockets. Its maintenance-oriented design facilitates use in industrial laundry routines and tasks where avoiding metallic elements in clothing is desired.

USES AND APPLICATIONS: WHAT IT IS SUITABLE FOR

Suitable for industrial maintenance, plant work, technical shutdowns, and tasks in environments with heat risk from contact, convective, or radiant sources. It also fits operations where anti-static clothing and protection against molten metal splashes are required, such as workshops and manufacturing and processing areas.

TECHNICAL DATA

• Type of garment: flame-resistant and anti-static coverall
• Fabric: Bizflame Industry (80% cotton, 19% FR polyester, 1% carbon fiber)
• Weight: 340 g/m²
• Cleaning and maintenance: industrial washing at 75 °C and tunnel drying at 155 °C
• Metal elements: metal-free, non-magnetic
• Adjustments: cuffs with hook and loop closure; adjustable hem
• Pockets and access: side access; rule pocket; shoulder pad pockets

NORMS AND CERTIFICATIONS

These standards describe the type of protection the garment offers against various common risks in industrial environments.

• EN ISO 11612 (A1+A2, B1, C1, E2, F1): protection against heat and flame; covers different forms of heat transfer (e.g., convective, radiant, or contact) and molten metal splashes according to the indicated levels.
• EN ISO 11611 Class 1 (A1+A2): requirements for protective clothing in welding and related processes, aimed at typical risks of such tasks.
• EN 1149-5: electrostatic behavior requirements to help reduce static electricity buildup in the garment.
• IEC 61482-2 (IEC 61482-1-1, ELIM 11 cal/cm²): protection against thermal risks from an electric arc, with indicated incident energy level (ELIM).
• IEC 61482-2 (IEC 61482-1-2, APC 1): classification of the garment in box testing for electric arc (APC 1).
• EN 13034 Type 6: limited protection against light splashes of liquid chemicals, for situations where complete impermeability is not required.
• ASTM F1959/F1959M-12 (ATPV 16 cal/cm², HAF 83.7%): electric arc testing that expresses thermal performance (ATPV) and heat attenuation factor (HAF).

FREQUENTLY ASKED QUESTIONS ABOUT Bizflame Industrial Flame-Resistant Coverall PORTWEST FR529

Can it be washed in industrial laundry without losing its performance?

It is designed for industrial washing at 75 °C and tunnel drying at 155 °C, making it suitable for demanding and repetitive maintenance routines.

What does it mean to be "metal-free" and non-magnetic?

It means it does not incorporate metallic components such as nickel or ferrous metals. This can be useful in jobs where avoiding magnetic interference or reducing the risk of sparks from metallic elements in the garment is desired.

Is it suitable for work with electric arc and heat risks?

It includes specific testing and classifications for thermal risks from electric arcs (IEC 61482-2) and for heat and flame (EN ISO 11612). To choose the appropriate level, it is advisable to compare it with the requirements of your position (for example, the indicated ELIM value and the type of exposure).