Antistatic footwear designed to dissipate electrostatic charges, protecting the operator and sensitive devices. Ideal for industrial environments and electronic labs. Electrical resistance range from 0.1 MΩ to 1000 MΩ.

The sole of the following footwear has undergone laboratory testing for chemical resistance determination in accordance with a procedure similar to EN 13832-3:2018. Specifically, the sole was tested for resistance against the following substances: N, P, R, K, NaCl 37%.
The upper material was also tested in the laboratory to determine chemical resistance according to a procedure similar to EN 13832-3:2018. Specifically, black MICROWASH was tested for resistance to: K. White MICROWASH was tested for resistance to: N, P, R, K, NaCl 37%.
Legend: (K)= Sodium Hydroxide 40%; (N)= Acetic Acid 99% (N), (P)=Hydrogen Peroxide (30%), (R)=Sodium Hypochlorite (13+-1%) of Active Chloride, (NaCl)= Sodium Chloride 37%

Footwear resistant to hydrocarbons, designed to maintain the properties of the sole when in contact with oils and fuels. Ideal for industrial environments and workshops.

Slip-resistant sole with special compound and tread pattern designed to ensure maximum grip on wet or slippery surfaces. Improves safety during work.

ESD work shoes designed to dissipate electrostatic charges and protect sensitive electronic components. Ideal in environments such as electronic maintenance, automotive, laboratories, and many others. Electrical resistance range from 0.1 MΩ to 100 MΩ.

This footwear uses a combination of innovative materials that minimize the weight of the work shoe, thus maximizing comfort and conserving energy at the end of the day.

Mondo Point is an international standard indicating the type of fit of a particular shoe. In terms of fit, Mondo Point 11 indicates a wide, roomy, and comfortable shoe for the foot.

Composite toe cap resistant to impacts up to 200 Joules, lightweight and metal-free, ideal for safely protecting the toes without adding weight to the shoe. Unlike other materials, composite offers several advantages: non-thermal (does not transmit heat), non-magnetic (not detected by metal detectors), and shape-memory (in case of compression, it returns to its original state, freeing the toes).