Puma Argon Blue Low 100% non-metallic ESD S3 SRC safety sneaker

Technical specifications:

Standards: EN ISO 20345: S3 HRO SRC

Protection: fiberglass toe cap and flexible FAP® anti-perforation sole
Plus: protective toe cap, metal free, DGUV 112-191
Upper: oiled nubuck leather
Lining: BreathActive multifunctional lining
Footbed: evercushion® BA
Sole: naturalFLEXMOTION™ Duo-PU sole with iCELL element, highly flexible, extremely shock-absorbing and non-slip

FAP® FLEXIBLE ANTI PENETRATION anti-perforation midsole
Flexible protection against perforation made of ceramic coated fibres. And it's lighter than steel.

Metal-free shoes
Sometimes it is necessary to wear shoes that do not contain metal parts. We have replaced the steel with a COMPOSITE TOE CAP and glass and an anti-perforation fiber sole to obtain an even more efficient, light and flexible shoe.

Anti-perspiration system
The micro-channel system of this multi-layer lining offers better breathability and faster evacuation of perspiration when work means sweat. ..

Natural Flex Motion System
The innovative sole architecture combines the "Natural Running" concept with the most modern safety technology. The specially designed "Wafer" profile has proven itself particularly on industrial floors, is easy to clean and has excellent adhesion to the ladder ("Ladder Grip").

Fiberglass FIBERGLASS TOE CAP shell
Fiberglass protective toe cap, lighter than traditional steel toe caps, non-magnetic, with thermal insulation

Large size
For all workers with large feet: these models are available up to size 48 or partially in size 49

Footbed
The structure of the footbed is designed for maximum cushioning from contact and throughout the natural roll of the foot, providing support in the areas compression. The resistant fabric on the upper part and the perforations on the forefoot ensure perfect air circulation and optimal comfort.

DGUV
Regulations concerning the orthopedic fit (soles) of safety shoes which allow to check whether the shoe continues to comply with the requirements of EN ISO 20345.

ESD protection
ESD-marked footwear should be used when an electrostatic charge must be reduced by diverting charges.

Additional information:
The EN 20345 standardized protective shells and end caps withstand an energy of 200 Joules. This energy corresponds to a 20 kg object falling from a height of one meter. On crushing (fall height equal to 0), the 200J protective shell resists a force equivalent to 1,500 kg