Detailed Description
Portwest FR601 Jacket: Flame-Resistant Protection, Mobility, and Comfort in Warm Climates
The FR601 jacket features a modern design that balances advanced industrial safety with superior comfort. Made from lightweight 210g Bizflame™ Work fabric, this garment incorporates stretch panels in strategic areas to allow excellent flexibility and freedom of movement during the workday.
Technical and Functional Features
- Breathable Design: It features a back ventilation system to maximize air circulation, which, along with its light grammage, is ideal for reducing heat fatigue in warm climates.
- Fit and Utility: Includes a two-way zipper and adjustable cuffs for a professional seal, plus 5 functional pockets and reflective tape to increase visibility in low-light environments.
- Superior Mobility: Integrated stretch panels provide exceptional freedom of movement, surpassing the rigidity of other traditional protective garments.
Certifications and Safety Protection
- Welding Safety (EN ISO 11611 Class 1): Ensures superior protection against risks from splashes and sparks during welding processes.
- Heat Resistance (EN ISO 11612): Offers protection against radiant, convective, and contact heat, making it suitable for high-temperature environments.
- Arc Flash Protection (IEC 61482-2): It has an ATPV value of 9.4 cal/cm², essential for electrical risk protection in high-hazard environments.
- Antistatic Safety (EN 1149-5): Protects against electrostatic discharge (ESD), validating its use in ATEX classified environments.
Recommendations for Warm Climates
The FR601 is an efficient alternative for professionals who require protection without the excessive weight of a conventional coverall. Its design allows for "concentrated protection" on the upper body, mitigating specific welding risks while keeping the user cool thanks to its breathable materials and lightweight 210g structure.
Portwest FR601 Jacket: Flame-Resistant Protection, Mobility, and Comfort in Warm Climates
The FR601 jacket features a modern design that balances advanced industrial safety with superior comfort. Made from lightweight 210g Bizflame™ Work fabric, this garment incorporates stretch panels in strategic areas to allow excellent flexibility and freedom of movement during the workday.
Technical and Functional Features
- Breathable Design: It features a back ventilation system to maximize air circulation, which, along with its light grammage, is ideal for reducing heat fatigue in warm climates.
- Fit and Utility: Includes a two-way zipper and adjustable cuffs for a professional seal, plus 5 functional pockets and reflective tape to increase visibility in low-light environments.
- Superior Mobility: Integrated stretch panels provide exceptional freedom of movement, surpassing the rigidity of other traditional protective garments.
Certifications and Safety Protection
- Welding Safety (EN ISO 11611 Class 1): Ensures superior protection against risks from splashes and sparks during welding processes.
- Heat Resistance (EN ISO 11612): Offers protection against radiant, convective, and contact heat, making it suitable for high-temperature environments.
- Arc Flash Protection (IEC 61482-2): It has an ATPV value of 9.4 cal/cm², essential for electrical risk protection in high-hazard environments.
- Antistatic Safety (EN 1149-5): Protects against electrostatic discharge (ESD), validating its use in ATEX classified environments.
Recommendations for Warm Climates
The FR601 is an efficient alternative for professionals who require protection without the excessive weight of a conventional coverall. Its design allows for "concentrated protection" on the upper body, mitigating specific welding risks while keeping the user cool thanks to its breathable materials and lightweight 210g structure.
FR601 Welding Jacket | Comfort, Flexibility, and Multi-Hazard Protection
SKU:FR601ORRS
- Regular price
- $ 2,783.54
- Sale price
- $ 2,783.54
- Regular price
-
Normas y Certificaciones
IEC 61482-2 / 1-1: IEC 61482-2 IEC 61482-1-1 ELIM 9 CAL/CM²
ISO 11612: A1+A2, B1, C1, E2, F1
EN 1149-5: EN 1149-5

