Fibre Metal Safety Helmet Vented Yellow

Falling debris and moving objects are a regular hazard in industrial workplaces. This Honeywell Fibre Metal Vented Safety Helmet features excellent impact protection plus a fastening system that ensures the helmet stays on the head. The Polycarbonate ABS shell and 6-point ratchet suspension combine to provide superior impact absorption and protection. The easy-grip ratchet at back also allows for smooth, precise headband adjustment, even while wearing gloves. Worker vision is protected by the wraparound polycarbonate visor offering 360-degree protection from debris and dust; a micro-brim at the front ensures a clear field of vision. Comfort is enhanced with a built-in venting system for hot, humid conditions and a low-profile design with balanced weight distribution to reduce neck strain. The helmet is extreme temperature rated (-22°F to +122°F) for wide environmental use. Includes three-point buckle chinstrap and comes as a single hard hat unit. Ideal for industrial, construction, welding and other head-protection applications.

• EXTREME WEATHER READY: Resistance to extreme temperatures from -22°F to +122°F (-30°C to +50°C) allows for wear in virtually any indoor or outdoor work environment.
• ENHANCED VISION & PROTECTION: Micro-brim provides excellent field of view and peripheral vision; wraparound polycarbonate visor offers 360-degree eye protection from debris, dust and other airborne particles
• VENTED COMFORT: In-helmet venting system allows for comfortable wear in extreme heat environments; low profile design and balanced weight distribution reduce neck strains and ensure comfort through extended wear
• SAFE CUSTOM FIT: Three-point buckle chinstrap combines with 6-point ratchet suspension to ensure helmet always stays attached to head; easy-grip ratchet at rear allows for smooth, precise headband adjustment even with gloves
• PREMIUM IMPACT PROTECTION: Polycarbonate ABS shell offers excellent impact resistance and durability; 6-point ratchet suspension provides greater impact absorption