uvex fire goggles
For over two decades uvex in cooperation with NSWRFS have developed special bush fire PPE to meet the challenges the fire fighters encounter through the fire season.
Not only is the uvex range compatible with helmets and other worn PPE but has also been designed to resist smoke penetration whilst allowing humid air to escape through the sophisticated ventilation system based on extensive smoke hut tests by the NSWRFS.
Fire goggles Type 1, Type 2 and Type 3
uvex u-sonic, ultrasonic and ultravision are extremely lightweight, and are made of heat resistant and flame retardant materials.
For optimised lens performance the unique uvex supravision excellence coating consists of a hard coat on the outside and an anti-fog coat inside, providing clear vision to the wearer and ensuring prolonged life of the lens.
Popular Rescue PPE gloves from HexArmor
The EXT Rescue Series™ 4011 glove was purpose-built to protect hands during extrication and rescue operations. With SuperFabric® brand material for level 5 cut resistance, IR-X® impact technology to protect hands from smash and impact hazards, and a hi-vis coloring for exceptional visibility, this glove is ready to serve.
The 4013 has a SuperFabric® brand material palm, which has the highest level of cut resistance available on the market, a specially designed back-of-hand impact protection design, and with its gauntlet style cuff debris stays out of your glove, so you can focus on saving lives.
The PointGuard® Ultra 4045 is the optimum choice for high-risk search and seizure applications. The gloves come with Back-of-hand knuckle padding for incidental bumps & impacts and silicone palm pattern for enhanced durability and grip.
uvex Product Trial Program
Our goal is to work with you together to help reduce injuries and lower your PPE costs. We surround our products with an array of services which support PPE decision makers in selection and safety strategy implementation ensuring that PPE wearers derive maximum benefit in terms of protection and ‘issue free’ wearability.