Safety Footwear & PPE Knowledge Center

Construction workers may face falling tools, falling materials, low structures, moving equipment, slips and falls, work-at-height risks and electrical contact. This article explains how to choose suitable head protection by checking impact Type, electrical Class, ventilation, suspension, chin-strap retention and certification. It also introduces the Safeyear W-018 vented construction helmet and W-003 Type I Class C hard hat, together with key testing and purchasing considerations.

This article explains why ordinary hard hats may not be enough for workers in electrical environments. It highlights common jobsite risks such as rainwater entering vent holes, wet conditions reducing insulation performance, and working near live equipment. The article recommends choosing a Class E hard hat with a non-vented design and introduces the W-003 helmet as a reliable solution for electricians, utility workers, and repair crews.

This article introduces a breathable, heat-dissipating ABS safety helmet designed for high-risk industrial environments such as construction, metallurgy, oil & gas, mining, steel, shipbuilding, ports, logistics, and forestry. The helmet features a high-strength ABS shell, 6-point suspension system, 360° ratchet adjustment, removable sweatband, and ventilation holes for improved comfort and protection. It meets EN397:2012+A1:2012 and ANSI/ISEA Z89.1-2014 Type/Class C standards, helping reduce risks from falling objects, impacts, and workplace hazards. The article also explains why standard-compliant helmets matter, how to wear and inspect helmets properly, when to replace them, and what factors to consider when choosing a safety helmet, including comfort, protection, adjustability, and certification compliance.

This article explains how to choose the right safety helmet in 2026 based on real jobsite risks, including ventilation design, impact protection type, and electrical insulation rating. It compares vented and non-vented hard hats, explains Type I and Type II helmet protection, introduces Class E electrical hard hats, and provides practical procurement recommendations for construction, electrical, municipal, and high-risk industrial environments.

Electrical and utility workers face both impact hazards and potential exposure to electrical conductors. This article explains how to select a suitable electrical safety helmet by checking its electrical Class, impact Type, non-vented shell, suspension system, chin strap, comfort and certification. It also introduces the Safeyear W-003 non-vented utility configuration and explains why buyers must verify the exact supplied model and electrical rating before use.

This guide explains ANSI Type I and Type II helmet protection and helps professional buyers decide when lateral impact protection is appropriate.

This article explains common side-impact hazards, ForceBarrier™ technology and how buyers can select suitable helmets for high-risk industrial environments.

Logging crews, arborists and tree-care teams work in different environments. The right Forestry Safety Helmet should match the task, movement requirements and additional face or hearing protection needed.Explore our Forestry Safety Helmet Solutions before comparing individual models.Logging vs Arbor

This guide explains common forestry hazards and why professional forestry helmet systems often combine head, face and hearing protection.

A practical guide for mining companies and PPE buyers comparing helmet requirements for surface and underground mining.

This guide explains eight common mining head hazards and the key helmet features buyers should consider for underground and surface operations.

This guide explains how contractors, utility companies, distributors and PPE buyers can choose the right electrical safety helmet for power line and electrical work. It covers Class E protection, ANSI/ISEA Z89.1 certification, the difference between vented construction helmets and non-vented electrical helmets, and important features such as suspension, chin straps, ratchet adjustment and comfort. Safeyear W-003 is also introduced as a recommended model to evaluate for utility and electrical applications.

This 10-point electrical safety helmet checklist helps utility companies, electrical contractors and PPE distributors compare helmets based on certification, electrical class, shell design, ventilation, suspension, chin straps, comfort, weight and accessory compatibility. It also explains why buyers should verify the exact ANSI/ISEA Z89.1 electrical rating and product configuration before ordering.

This article compares traditional hard hats and modern safety helmets for today’s construction industry. It explains key differences in fit, chin straps, helmet retention, side-impact protection and comfort, while helping contractors, distributors and PPE buyers choose suitable head protection based on EN397, ANSI/ISEA Z89.1, Type I or Type II requirements and specific construction hazards. Safeyear W-018 and W-003 are also introduced as recommended options for different construction applications.

This guide explains the seven most common head protection hazards on construction sites, including falling tools, materials, structural collisions, slips, side impacts and heat. It also shows contractors, distributors and professional buyers how to choose the right construction safety helmet by considering EN397 and ANSI/ISEA Z89.1 certification, Type I and Type II protection, chin straps, suspension, ventilation and long-term comfort. The article also introduces the Safeyear W-018 helmet as a practical option for construction applications.

Many projects don’t replace hard hats because they are unsafe.They replace them because workers don’t want to wear them — too hot, uncomfortable, unstable. Poor Wearability Leads to Safety RisksOn high-temperature job sites:● Heat builds up quickly● Sweat affects visibility and focus● Workers remo