Helly Hansen Fyre Multinorm Balaclava 79750

Helly Hansen Fyre Multinorm Balaclava

When you're working in demanding environments where heat and electrical hazards are a genuine concern, this multinorm balaclava offers the protection you need without compromising on comfort. The Helly Hansen Fyre Multinorm Balaclava combines modacryl, cotton and carbon fibres to create an accessory that's inherently flame retardant, antistatic and breathable. The flatlock seam construction sits softly against your skin, reducing irritation during long shifts. Reflective design details enhance visibility on site, whilst German quality AMANN threads ensure the stitching holds up under the demands of industrial, construction and offshore work. This is the kind of head and neck protection that works as hard as you do.

Key Features

• Flatlock seams reduce skin irritation during extended wear
• Reflective details improve visibility in low light conditions
• Inherently flame retardant without chemical treatment
• Antistatic properties protect against electrical hazards
• Breathable construction maintains comfort throughout the day

Recommendations from our Unishore Expert

You'll appreciate how this balaclava performs when things get serious on site. The blend of materials works together to keep you comfortable whilst offering protection that meets strict safety standards for industrial, construction and offshore environments. The flatlock seams make a genuine difference if you're wearing this for hours at a time, as they won't dig in or cause irritation where a standard seam would. The reflective striping down the back and sides means your team can spot you easily, even when you're working in shadier areas or during lower light conditions. This is genuine multinorm protection that doesn't feel like you're wearing armour.

Product Features

• Fit - Regular
• Material - 59% Modacryl, 39% Cotton, 2% Antistatic
• Article Number - 79750

Standards and Safety

• Surface and convection heat protection up to 10 seconds, EN ISO 11612:2015 A1, B1, C1
• Radiation heat protection from 7 to 20 seconds, EN ISO 11612:2015 C1
• Electric arc protection rated at 7.3 cal/cm² across both EBT and ELIM values, IEC 61482-2:2018 Class APC 1
• Antistatic properties meeting EN 1149-5:2018 standards