Protective Industrial Products Introduces Mips Technology to the North American PPE Market

Protective Industrial Products, Inc. (“PIP^®”), a global leader in hand protection and PPE for the industrial, construction, and retail markets is partnering with Swedish helmet safety technology company Mips^®. This will make PIP the first North American based safety company to incorporate the patented Mips (Multi-directional Impact Protection System) helmet-based technology into its products, starting with the PIP Dynamic^® Rocky™ safety helmet, as well as other upcoming models.

“Our research shows that in job site accidents, many head-related impacts come at an angle, which can cause harmful rotational motion to the head. Conventional industrial safety helmets are typically designed and certified to protect against liner impacts, which mainly causes injuries such as skull fractures and brain contusions but are not specifically designed nor tested for rotational forces,” said Max Strandwitz, CEO, Mips. “The Mips technology is designed to help reduce rotational forces caused by certain angled impacts.”

“By combining our premier hard hat manufacturing know-how with Mips helmet technology, PIP will create a market-leading head protection system in the Dynamic Rocky,” said Kyle Ramos, director of product development and innovation, Protective Industrial Products. “Mips helmet technology is based on 25 years of research and is popular in the sports market among skiers and cyclists who consider it a must-have feature in their helmets. We are thrilled to bring this enhanced level of protection to construction and industrial workers to help better protect them against on-the-job injuries.”

The updated version of the Dynamic Rocky safety helmet with Mips technology is expected to launch in the third quarter of this year. The ANSI type II hard hat is made of a Polycarbonate/ABS shell and has an integrated high-density inner shell foam liner that will work in conjunction with the Mips technology designed to decrease rotational motion otherwise transferred to the head from certain oblique impacts.

For more information, visit https://www.pipglobal.com.