Portwest FR717 PW3 Modaflame Knit Hi-Vis FR Full Zip Sweatshirt – Product Description

The Portwest FR717 PW3 Modaflame Knit Hi-Vis FR Full Zip Sweatshirt is designed for workers who require dependable flame-resistant protection with added high-visibility performance. Built using Modaflame Knit fabric, the garment provides inherent flame resistance that will not diminish with laundering, ensuring long-lasting safety and durability in demanding environments.

This full-zip FR sweatshirt offers certified protection against radiant, convective and contact heat, as well as electric arc hazards. The segmented reflective tape enhances visibility while maintaining flexibility and comfort, making it ideal for wearers who need full mobility throughout the workday.

A soft ribbed hem and cuffs deliver a secure, comfortable fit, while the high cotton content provides natural breathability. The anti-static properties make it suitable for ATEX environments, and the non-magnetic, nickel-free construction allows safe use around sensitive equipment. Two zipped front pockets provide secure storage without compromising movement.

Compliant with EN ISO 20471 Class 2 visibility standards and multi-norm flame-resistant requirements, the FR717 is a versatile and reliable choice for workers in utilities, energy, construction, rail and industrial sectors that demand proven FR performance and all-day comfort.

Key Features

• Inherent flame resistance that does not diminish with washing
• Protection from radiant, convective and contact heat
• Segmented reflective tape for unrestricted movement and high visibility
• Full-length zip for easy on/off
• Ribbed hem and cuffs for comfort and shape retention
• High cotton content for breathability and comfort
• Anti-static and suitable for ATEX environments
• Non-magnetic (nickel and ferrous-free) for sensitive work areas
• Two secure zipped pockets
• CE certified and CE CAT III

Fabric Composition

Modaflame Knit HV 60% modacrylic, 39% cotton, 1% carbon fibre 300g

Certifications

EN ISO 11612 A1 B1 C1 F1
EN 1149-5
IEC 61482-2 / IEC 61482-1-1 ELIM 9.2 cal/cm², ATPV 15 cal/cm²
IEC 61482-1-2 APC 1
EN ISO 20471 Class 2
ASTM F1959/F1959M-12 ATPV 16 cal/cm² (HAF 86%)