The PUMA SAFETY ESD Frontside Low safety shoe combines high safety standards with modern design and comfort. This men's low shoe, available in sizes 39 to 47, features an appealing blue-gray color combination and offers excellent breathability and flexibility thanks to its mesh and microfiber upper material. The sturdy fiberglass toe cap and TPU-reinforced heel effectively protect against impacts and pressure. The EVA midsole along with the EFFECT.FOAM provide outstanding cushioning, while the Evercushion® CUSTOM FIT MID footbed ensures optimal adaptation and stability. The rubber outsole is oil, acid, and gasoline resistant and additionally offers excellent slip resistance (SRC). This shoe meets the standards DIN EN 61340-5-1 and EN ISO 20345 S1P SRC, making it a safe choice for various work environments. Weighing just 541 g in size 42 and featuring a practical lace-up closure, this safety shoe combines functionality with modern technology and utmost protection.
Shoes have been tested in accordance with the specifications of DIN EN 61340. They generally have a volume resistance of 7.5 x 10^5 to 3.5 x 10^7 ohms.
Safety class S1P
Shoes with a protective toe cap made of aluminum, plastic or steel. They are slip-resistant, antistatic and have energy absorption capacity in the heel area. They also have a puncture-resistant steel midsole and a closed heel area. A fuel-resistant sole is also possible.
Metal-free toe cap
Metal-free toe caps are plastic/composite toe caps made of fiber-reinforced plastic. They are lighter than steel or aluminum caps and are not thermally conductive.
Metal-free
The shoe is completely metal-free. It is made of textile material and plastic elements (protective toe cap, eyelets, etc.).
Exchangeable insole
The insole is not firmly integrated into the shoe, but only inserted loosely. It can therefore be easily replaced if necessary.
DGUV 112-191
This regulation stipulates that orthopaedic insoles may only be used in safety footwear in conjunction with a valid type examination. This is to ensure that specified and tested properties (e.g. antistatic properties) are maintained.
3D Triple Density
The 3D Triple Density System consists of three different layers, each of which fulfills a specific function. The first layer is designed to ensure stability. The second layer is specifically designed for cushioning. It absorbs shock and reduces stress on joints and muscles. The third layer provides excellent slip resistance as well as resistance to heat and oil.