Portwest FR710 WX3 Flame Resistant Sweatshirt Overview:

The Portwest FR710 WX3 Flame Resistant Sweatshirt stands out as a superior choice for professionals who operate in environments with heat hazards. It is engineered to provide excellent protection without compromising on comfort. The inherent flame resistance of the garment is woven into the fabric's DNA, ensuring that it remains effective throughout the life of the sweatshirt, even after repeated washing. This durable garment is constructed from a Modaflame Knit blend, which combines 60% Modacrylic, 39% Cotton, and 1% Carbon Fibre, weighing 300g to offer robust protection against heat exposure.

Attention to detail is evident in the sweatshirt’s design, which features a zipped collar for easy wear, ribbed hem and cuffs for a snug fit, and segmented reflective tape for heightened visibility. The high cotton content ensures the sweatshirt is not only safe but also extremely comfortable for all-day wear. Its anti-static properties and UV protection make it versatile for both indoor and outdoor use, providing a functional yet comfortable garment for those in demanding industrial settings.

Key Features:

• Inherent flame resistant qualities that do not diminish with washing
• Protection against radiant, convective, and contact heat
• High cotton content for superior comfort on the skin
• Ribbed cuffs and hem for a secure and comfortable fit
• Zipped collar for convenience and adjustable ventilation
• Heat applied segmented reflective tape for enhanced visibility
• Anti-static properties to minimize static electricity buildup
• 40+ UPF rated fabric to block 98% of UV rays, protecting the skin from the sun
• CE certified to meet European standards for protective clothing (CE-CAT III)
• Shell Fabric made of 60% Modacrylic, 39% Cotton, and 1% Carbon Fibre for durability
• Outstanding colour fastness and resistance to shrinkage, maintaining the garment’s professional look

Safety Standards:

• EN ISO 11612 A1, B1, C1, F1
• EN 1149 -5
• IEC 61482-2 IEC 61482-1-1 Elim 9.2CAL/CM²
• IEC 61482-2 IEC 61482-1-2 APC 1
• ASTM F1959/F1959M-12 ATPV=16 Cal/CM² (HAF=86%)