FR509 PW3 Modaflame Work HVO Multi Norm FR Coverall

Contemporary FR Coverall made from our inherent Modaflame 280gm fabric.

Innovative design features like stretch panelling provides excellent comfort and flexibility in key movement areas.

Other key features include back ventilation, adjustable waistband, pre-bent sleeves, adjustable cuffs, embroidered FR logos, and multiple pockets for ample storage.

Inherent flame resistant qualities will not diminish with washing.

Back vents on upper and lower back for maximum breathability.

Twin-stitched seams for extra durability.

Extendable leg length (31" to 33").

Heat applied segmented reflective tape for added visibility.

40+ UPF rated fabric to block 98% of UV rays.

Innovative stretch panelling in key movement areas provides excellent comfort and flexibility.

CE certified.

9 pockets for ample storage.

Top-loading knee pad pockets for quick and easy access.

Rule pocket.

Reflective piping for increased visibility.

Concealed mobile phone pocket.

Radio loops for easy clipping of a radio.

Suitable to be worn in an ATEX environment.

Reinforced panels in high wear areas for maximum durability.

Non-magnetic - nickel and ferrous free.

Shell Fabric : Modaflame Work HVO: 61% Modacrylic, 18% Viscose, 15% Polyester, 5% Aramid, 1% Carbon Fibre 300g.

Contrast Fabric : Modaflame Work Stretch: 60% Modacrylic, 35% Cotton, 4% Elastane, 1% Carbon Fibre.

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

EN ISO 11611 Class 1 A1+A2.

EN 1149 -5.

IEC 61482-2 IEC 61482-1-1 ELIM 7 CAL/CM², ATPV 8 CAL/CM².

IEC 61482-2 IEC 61482-1-2 APC 1.

EN 13034 Type 6.

EN ISO 20471 Class 3.

RIS 3279 TOM Issue 2 (Orange Only).

Colour: Orange / Black

Welding

Protective Clothing Against Heat And Flame

[A1 or A2] Limited Flame Spread

[B] Convective Heat

[C] Radiant Heat

[F] Contact Heat

High Visibility Clothing: 3

Electrostatic Properties Material Performance And Design Requirements

Protective Clothing Against Liquid Chemicals [Type 6]

IEC 61482 2 Protective Clothing Against Thermal Hazards Of An Electric Arc

RIS 3279 TOM Issue 2