Detailed Description
Portwest FR714 Jacket: Inherent High-Visibility Multi-Risk Protection
The FR714 jacket is a modern-design, exceptionally performing safety garment, made with Modaflame™ fabric that offers inherent multi-risk protection which does not degrade with washing. This high-visibility garment is ideal for hazardous environments, providing protection against heat, flames, chemical splashes, and electric arcs. Additionally, its non-magnetic design is suitable for use in ATEX environments.
Design and Durability Features
- Comfort and Flexibility: Incorporates elastic panels in key movement areas to provide excellent comfort.
- Enhanced Visibility: Features heat-sealed reflective tape that improves visibility in low-light conditions.
- Robust Construction: Includes reinforced double-stitched seams for durability, an adjustable waistband, and multiple secure pockets, including one for a mobile phone.
User Benefits and Certifications
- Inherent Flame Protection (EN ISO 11612): The protection is in the fabric itself, not a chemical treatment, ensuring long-lasting safety against heat and flames.
- Welding Safety (EN ISO 11611): Class 1 certification ensures protection against molten metal splashes and other welding-related risks.
- Antistatic Protection (EN 1149-5): Prevents the buildup of static electricity, a critical benefit in ATEX environments with flammable gases or dusts.
- Electric Arc Protection (IEC 61482-2): Offers a robust level of protection against the thermal consequences of an electric arc, with ELIM (6.4 cal/cm²) and EBT (6.8 cal/cm²) values.
- Chemical Resistance (EN 13034): Provides a limited barrier against accidental splashes of liquid chemicals.
- Maximum Visibility (EN ISO 20471 Class 3): Ensures the user is highly visible day and night, helping to prevent accidents in areas with heavy machinery.
- Sun Protection (UPF 40+): The fabric blocks 98% of UV rays, protecting the skin during outdoor work.
Portwest FR714 Jacket: Inherent High-Visibility Multi-Risk Protection
The FR714 jacket is a modern-design, exceptionally performing safety garment, made with Modaflame™ fabric that offers inherent multi-risk protection which does not degrade with washing. This high-visibility garment is ideal for hazardous environments, providing protection against heat, flames, chemical splashes, and electric arcs. Additionally, its non-magnetic design is suitable for use in ATEX environments.
Design and Durability Features
- Comfort and Flexibility: Incorporates elastic panels in key movement areas to provide excellent comfort.
- Enhanced Visibility: Features heat-sealed reflective tape that improves visibility in low-light conditions.
- Robust Construction: Includes reinforced double-stitched seams for durability, an adjustable waistband, and multiple secure pockets, including one for a mobile phone.
User Benefits and Certifications
- Inherent Flame Protection (EN ISO 11612): The protection is in the fabric itself, not a chemical treatment, ensuring long-lasting safety against heat and flames.
- Welding Safety (EN ISO 11611): Class 1 certification ensures protection against molten metal splashes and other welding-related risks.
- Antistatic Protection (EN 1149-5): Prevents the buildup of static electricity, a critical benefit in ATEX environments with flammable gases or dusts.
- Electric Arc Protection (IEC 61482-2): Offers a robust level of protection against the thermal consequences of an electric arc, with ELIM (6.4 cal/cm²) and EBT (6.8 cal/cm²) values.
- Chemical Resistance (EN 13034): Provides a limited barrier against accidental splashes of liquid chemicals.
- Maximum Visibility (EN ISO 20471 Class 3): Ensures the user is highly visible day and night, helping to prevent accidents in areas with heavy machinery.
- Sun Protection (UPF 40+): The fabric blocks 98% of UV rays, protecting the skin during outdoor work.
FR714 Men's High-Visibility Flame-Resistant Safety Jacket | PW3™
SKU:FR714YBRS
- Regular price
- $ 5,887.68
- Sale price
- $ 5,887.68
- Regular price
-
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
EN ISO 20471: EN ISO 20471 CLASS 3

