Puma Elevate Knit Black Low S1P SRC HRO ESD Work shoes

With Urban Protect, Puma Safety has created a line that repeats the success story of sports shoes from the 1960s through the creation of the new Puma Elevate Knit Black Low S1P SRC HRO ESD work shoes, footwear that combines classic design elements with modern cuts. From a technical point of view, the fibreglass toe cap, sole construction and customised lacing set new quality standards in the world of safety footwear to fully meet the needs of workers.

The HRO rubber sole, resistant to heat up to 300°, with its differentiated tread pattern elements, guarantees high dynamics and safe contact with surfaces. Two innovative elements enrich the structure: idCell in the heel area, made of EVA foam, which optimally absorbs shocks and impacts when the heel is placed on the ground, and the integrated pivot point in the midfoot area, which significantly minimises friction and thus fatigue.

The Elevate Knit Black Low S1P SRC HRO ESD shoes also feature the following:

• Safety Knit textile upper, which is highly flexible and fits the foot like a sock
• BreathActive lining for increased breathability and a better foot environment
• Front TPU toe and heel protection
• Anatomically shaped Evercushion footbed that offers optimal cushioning with every step, allowing the foot to be positioned naturally in the shoe and stimulating the muscles while walking
• Fibreglass toe cap, lightweight, antistatic, non-magnetic, resistant up to 200 J 
• Anti-puncture midsole with FAP formula, made of ceramic-coated fibres that completely protect the foot from sharp objects while maintaining excellent elasticity and breathability
• Non-slip HRO rubber sole, resistant to abrasion, hydrocarbons, and heat up to 300°. The non-slip sole profile with wide diagonal notches and differently shaped flex grooves ensure optimum mobility and secure grip on the ground
• Sizes range from 39 to 47

The Puma Elevate Knit Black Low S1P SRC HRO ESD work shoes also have ESD certification, which gives the shoe greater safety by making it suitable for use in ATEX environments with the presence of electronically controlled machinery and therefore requiring high electrostatic dissipation.