PIP Q&A

Why do safety managers find choosing head protection more challenging than it was 5 to 10 years ago?

Safety managers face more complexity now because jobsite hazards have evolved, as have worker expectations. Traditional hard hats are no longer sufficient for many environments, and there’s growing demand for head protection that offers better impact resistance, all-day comfort, and modern features like task-specific accessories. There’s simply a lot more now to evaluate when selecting the right head protection for their workers.

What does ANSI Type II head protection offer that traditional hard hats don’t?

Unlike traditional hard hats that only protect from top-of-head impacts, ANSI Type II is designed to offer protection from both top and lateral (side, front, and back) impacts. They also typically include upgraded suspension systems, optional chin straps, and enhanced ergonomic features, making them more suitable for high-risk environments in the construction, energy, and utilities sectors.

How does PIP® differ from other ANSI Type II manufacturers?

PIP® stands out through our innovative product range, for example in integrating the Mips® Brain Protection System, which is a unique technology designed to reduce rotational forces during angled impacts. We also offer more personalization options in terms of styles, custom logos, and accessories for different tasks, all while maintaining a focus on comfort and lightweight materials.

CLICK HERE FOR PIP’S ANSI TYPE II SELECTOR GUIDE

What are some misconceptions about Type II head protection?

One major misconception is that ANSI Type II helmets require a chin strap – they do not. The standard does not mandate a chin strap to meet compliance. However, many end users still prefer them because they help keep the helmet securely in place during a fall. Additionally, helmets featuring Mips® only come with chin straps, as this is a requirement to make the system work.

PIP’s Type II head protection comes in climbing-style, full brim, cap-style and smooth dome models. How do safety managers choose the best type for their workers?

The choice depends on work conditions, environmental exposure, and worker preference. Climbing-style models are sleeker and lighter, offering unobstructed sightlines. Full brim helmets provide extended protection against sun and rain, ideal for outdoor jobs. Classic cap style helmets are often preferred for general industrial use. Smooth dome styles allow the addition of welding shields and are popular with welders and metal workers.

CLICK HERE TO VIEW ALL PIP® ANSI TYPE II STYLES

Several of PIP’s Type II safety helmets feature the Mips® System. What type of protection does it offer exactly?

The Mips® brain protection system provides advanced protection against angled impacts. This system uses a low-friction layer inside the helmet that allows the head to slightly rotate relative to the helmet shell, reducing the rotational forces transmitted to the brain – something traditional helmets don’t address. This can significantly lower the risk of brain injury.

CLICK HERE TO SEE MIPS® IN ACTION

What are the key differences between PIP’s climbing-style and traditional styles of head protection?

Climbing-style safety helmets are designed to be sleek, offering lighter head protection and a more secure fit, along with enhanced visibility due to the lack of a brim. They are ideal for those who work at heights or in confined spaces. In contrast, workers that are accustomed to traditional hard hats may prefer the fit, feel, and ventilation of a more traditional style, particularly in environments where a brim provides shade as well as protection from rain or debris.

CLICK HERE FOR PIP’S ANSI TYPE II SELECTOR GUIDE

Why does weight and ventilation matter in head protection?

Wearing heavy or poorly ventilated head protection for extended periods can cause worker fatigue, lower compliance, and increase the risk of heat-related issues on the job site. Well-designed helmets tackle these challenges by incorporating lightweight materials and carefully placed vents that enhance airflow without sacrificing safety. The result is greater comfort, better temperature regulation, and more consistent use throughout long shifts.