These short duration videos showcase the performance capabilities of our FR and AR technologies. It is important to note that while all arc rated workwear is flame resistant, not all flame resistant workwear is arc rated, since arc rated fabrics have been specifically tested for arc flash exposure.
In the face of dangerous conditions, the built-in, proven performance of Nomex® provides the performance to face any job with confidence. Whether it's keeping people safe or protecting valuable assets, Nomex® always rises to the challenge.
Extremely strong yet lightweight and durable, Kevlar® provides the perfect balance of form and function, allowing you to redefine performance. Whether it's used for protection, consumer products or transportation, Kevlar® keeps you at the forefront of innovation.
From the battlefield to the oil rig or bucket truck and everywhere in between, DRIFIRE 4.4™ provides unparalleled protection for the men and women who risk their lives to protect and power us.
Merino Wool is famous worldwide for it's next-to-skin softness, strength, innate versatility and technical benefits. Merino Wool's versatility extends from luxury fashion to high-performance personal protective workwear.
Lenzing™ FR is commonly blended with other high-performance fibres to produce unique protective solutions for a variety of industrial applications. Lenzing™ FR fibres typically contribute protective qualities and enhanced comfort to these fabric blends.
Westex flame resistant (FR) and arc rated (AR) materials and technologies help keep hardworking men and women more comfortable and confident in dangerous, demanding jobs around the world.
Polartec® FR fabrics offer premium protection against arc flash, flash fire and other thermal hazards and are designed for high-performance as a stand-alone garment or part of a layering system.
PR97® is an internationally recognised leading brand protective fabric for the hot metals industry where secondary or everyday protection from molten metal splash, flame, ignition, radiant and convective heat and electric arc is required.