Detailed Description

Detailed description for this product. Click to learn more.

Portwest FR409 Trousers: Adaptive Thermal Protection Engineering, Female Ergonomics, and Multi-Risk Industrial Shielding

The FR409 trousers are Portwest's technical response to the need for personal protective equipment (PPE) designed specifically for the female anatomy in high-risk industrial environments. This model ensures the same technical integrity and level of protection as male lines, guaranteeing that female workers have superior ergonomic fit that reduces pressure points, improves mobility, and, fundamentally, eliminates safety risks arising from ill-fitting garments in areas with rotating machinery or exposure to ignition sources.

Why is this equipment vital for operation?

  • Adaptive Female Ergonomics: The cut has been developed considering the female morphology, allowing optimal freedom of movement without excess fabric. This anatomical fit is critical for safety, as it prevents accidental snagging on machinery and ensures the garment remains in its correct position during maintenance maneuvers or climbing.
  • Multi-Risk Safety System: The FR409 offers a comprehensive barrier against flash fire, electric arc, and electrostatic risks. Its inherent protective capacity ensures that the female worker has constant shielding against thermal incidents, allowing for safe evacuation and minimizing the impact of burn injuries in critical areas.
  • Technical Comfort for Intensive Shifts: The combination of high-quality flame-retardant materials with a functional design allows the garment to be breathable and comfortable even when wearing harnesses or additional protective equipment. This significantly reduces operator fatigue, allowing concentration to remain exclusively on the technical task.

Structure Analysis and Technical Details

The architecture of the FR409 focuses on mechanical durability and the maintenance of protective properties. The materials used guarantee dimensional stability after industrial washing cycles, maintaining the ergonomic fit that differentiates this model in the industrial safety market.

  • Base Material: Bizflame™ fabric (88% Cotton, 12% High Tenacity Nylon) with balanced weight for maximum strength and protection.
  • International Certifications: EN ISO 11612 (A1+A2, B1, C1, F1), EN 1149-5, IEC 61482-2 (APC 1), ASTM F1959.
  • Operational Configuration: Ergonomic female cut, quick-access side pockets, pre-shaped knees for improved flexion, adjustable waistband, and reinforced seams with high-performance flame-retardant thread.
  • Environmental Resistance: Fabric treated to minimize chromatic degradation and shrinkage, designed to offer an extended service life under the harsh working conditions typical of heavy industry and the energy sector.
Detailed description for this product. Click to learn more.

Portwest FR409 Trousers: Adaptive Thermal Protection Engineering, Female Ergonomics, and Multi-Risk Industrial Shielding

The FR409 trousers are Portwest's technical response to the need for personal protective equipment (PPE) designed specifically for the female anatomy in high-risk industrial environments. This model ensures the same technical integrity and level of protection as male lines, guaranteeing that female workers have superior ergonomic fit that reduces pressure points, improves mobility, and, fundamentally, eliminates safety risks arising from ill-fitting garments in areas with rotating machinery or exposure to ignition sources.

Why is this equipment vital for operation?

  • Adaptive Female Ergonomics: The cut has been developed considering the female morphology, allowing optimal freedom of movement without excess fabric. This anatomical fit is critical for safety, as it prevents accidental snagging on machinery and ensures the garment remains in its correct position during maintenance maneuvers or climbing.
  • Multi-Risk Safety System: The FR409 offers a comprehensive barrier against flash fire, electric arc, and electrostatic risks. Its inherent protective capacity ensures that the female worker has constant shielding against thermal incidents, allowing for safe evacuation and minimizing the impact of burn injuries in critical areas.
  • Technical Comfort for Intensive Shifts: The combination of high-quality flame-retardant materials with a functional design allows the garment to be breathable and comfortable even when wearing harnesses or additional protective equipment. This significantly reduces operator fatigue, allowing concentration to remain exclusively on the technical task.

Structure Analysis and Technical Details

The architecture of the FR409 focuses on mechanical durability and the maintenance of protective properties. The materials used guarantee dimensional stability after industrial washing cycles, maintaining the ergonomic fit that differentiates this model in the industrial safety market.

  • Base Material: Bizflame™ fabric (88% Cotton, 12% High Tenacity Nylon) with balanced weight for maximum strength and protection.
  • International Certifications: EN ISO 11612 (A1+A2, B1, C1, F1), EN 1149-5, IEC 61482-2 (APC 1), ASTM F1959.
  • Operational Configuration: Ergonomic female cut, quick-access side pockets, pre-shaped knees for improved flexion, adjustable waistband, and reinforced seams with high-performance flame-retardant thread.
  • Environmental Resistance: Fabric treated to minimize chromatic degradation and shrinkage, designed to offer an extended service life under the harsh working conditions typical of heavy industry and the energy sector.

Women's Flame-Resistant Work Pants | Superior Protection and Comfort | FR409

SKU:FR409YBR26

Regular price
$ 5,414.87
Sale price
$ 5,414.87
Regular price
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Brand
PortWest
Recommended Genre
Femenino
Composition
Modaflame Work HV: 60% Modacrilic, 39% Cotton, 1% Carbon fiber / Modaflame Work Stretch: 60% Moda...  Read more
Characteristics
Bloqueo UV Superior al 98%, Protección contra calor por contacto, convectivo y radiante, Alta Vis...  Read more
Normas y Certificaciones

EN 13034: EN 13034 Type PB[6]

IEC 61482-2 / 1-2: IEC 61482-2 IEC 61482-1-2 APC 1

IEC 61482-2 / 1-1: IEC 61482-2 IEC 61482-1-1 ELIM 6.4 CAL/CM²

ISO 11612: EN ISO 11612 A1+A2, B1, C1, F1

EN 1149-5: EN 1149-5