Portwest FR528 Modaflame Work Hi-Vis Multi-Norm FR Coverall – Product Description

The Portwest FR528 Modaflame Work Hi-Vis Multi-Norm FR Coverall is engineered for maximum protection in high-risk environments where flame, heat, chemical and arc flash hazards are present. Made from Modaflame Work HV fabric, it delivers inherent flame resistance that never washes out, ensuring long-term reliability on demanding worksites.

The coverall offers full-body protection while maintaining comfort through a breathable cotton-rich construction. Its multi-norm compliance makes it suitable for petrochemical, utilities, rail, energy, industrial maintenance and ATEX-rated environments.

Featuring a two-way concealed brass zip for quick access, articulated action back for mobility, reinforced knee pad pockets, and multiple storage pockets, the FR528 balances rugged function with all-day wearability. High-visibility properties ensure workers remain seen in low-light and high-traffic areas.

This garment is also chemical-resistant and includes an external standards label for easy on-site safety reference. Certified to EN ISO 20471 Class 3, it guarantees maximum visibility alongside advanced flame and arc protection.

Key Features

• Inherent flame-resistant fabric that retains protection for the life of the garment
• Certified protection against radiant, convective and contact heat
• Two-tier knee pad pockets for adjustable knee pad positioning
• Action back design for increased mobility
• Concealed two-way brass zip for easy access
• Multiple pockets including rule pocket and back pocket with flap
• Chemical-resistant finish and multi-norm compliance
• Sew-on FR industrial wash tape for enhanced durability
• Suitable for ATEX environments
• CE certified / CE-CAT III

Fabric Composition

Modaflame Work HV: 60% modacrylic, 39% cotton, 1% carbon fibre, 280g

Certifications

EN ISO 11612 A1+A2 B2 C1 F1
EN ISO 11611 Class 1 A1+A2
EN 1149-5
IEC 61482-2 / IEC 61482-1-1 ELIM 6.4 cal/cm², EBT 6.8 cal/cm²
IEC 61482-2 / IEC 61482-1-2 APC 1
EN 13034 Type 6
EN ISO 20471 Class 3
ASTM F1959/F1959M-12 ATPV 8.4 cal/cm² (HAF 75.8%)