Developments - PANTER Safety Footwear




PANTER has the greatest and widest range of insoles for every work safety requirement on the market. We have developed our insoles with biomechanical criteria on mind, prioritising ergonomics, mobility and comfort, in our endeavour to provide the highest level of protection to your feet at your workplace.


DRY FEET: Activated carbon that prevents theproliferation of microorganisms and bad odours, keeping the feet dry and comfortable.

PROPULSION: Viscoelastic material. Uses the remaining kinetic energy during gait to to take the next step.

SHOCK ABSORBER: Effective shock absorber in the area of highest impacts. Prevents micro traumas.

PERSPIRATION TRANSFER SHEET: Removes perspiration from the feet quickly and efficiently.




Special latex foam insole, very comfortable, with ventilation channels that help the circulation of air inside the shoe while keeping the foot at an ideal temperature. Optimal for professionals who spend a lot of time standing (shops, hotel and catering trade, etc.)


Prevents the creation of static energy.Lined with soft and very hardwearing fabric, it is highly comfortable and soft.


Gel latex-based, anatomical and thermoformed COOLMAX fabric-covered insole that maintains your feet fresh and dry. Its design includes several padded areas suc as a rear pad to protect the heel area. Moreover, it presents antistatic, anti-fungal and antibacterial properties.


Prevents the accumulation of electrostatic charge by redirecting it directly to the ground. It is intended for professionals who work in environments with delicate electronic equipment.


Thermoformed ELECTRICAL INSULATING antibacterial and anti-fungal-treated insole. Offers high resistance against wear and abrasión. Lined with soft antibacterial and anti-odour fabric, and covered by latex foam, it is an incrediblt soft and comfortable insole.


“Goodbye sweat, goodbye odour”

Moisture Absorption and Removal Technology. Intended for users whose feet sweat in excess. It presents antistatic  and antibacterial treatment.

Insole with SECOLINO Technology.


4,5mm thick, antistatic, anti-fungal and antibacterial-treated insole. Its high density offers additional cushioning to the one offered by the sole, distributing the load through the feet sole thanks to its energy absorbing properties, while increasing the sense of comfort.


Cold resistant, antibacterial, antifungal and antistatic insole. It is produced from several multilayer fabrics in order to provide perfect insulation against extreme cold in frozen environments and surfaces. Moreover, the shock absorbing system has been included in the heel area to achieve the greatest comfort.


Heat resistant, antibacterial, antistatic and anti-fungal-treated multilayer insole.  Moisture absorbing insole that offers heat insulation against high temperatures.



Multipurpose system which provides the worker the possibility of changing the system located in the sole when the need to access a frozen area arises, ensuring the highest grip. It can be reverted  to its original state at will, enabling it to be both as work footwear and regular footwear. It is the ideal boot to work in environments in which frost take place yearly

Its rubber-based sole has been designed having frozen surfaces in mind. The folding system of aluminum crampons allows for the safe adherence to the surface. Moreover, it is possible to activate or deactivate them quickly and easily on the go to adapt to the surface.

HRO Shoes

The sole offers heat contact resistance  up to 300º C (HRO). Produced from two layers of different densities: rubber-nitrile outsole and expanded polyurethane sole. Both layers are injected to the upper, ensuring its perfect bond and preventing delamination and ungluing. These soles are abrasion, fat and oil and hydrocarons resistant and provide heat and cold insulation.

Also included is the energy absorbing system in the heel area and relief sole for increased grip.

ESD Shoes


Some properties of static electricity cause problems, and footwear has become an important component that provides electrostatic control in some work areas.

Control of unwanted static electricity is of vital importance when staff works in the vicinity of processes, objects or materials that are sensitive to static discharge such as in production or use of electronic components. One can provide grounding for staff through their feet while they are standing or walking on a properly established surface for electrostatic control.  That is why, when using esd footwear, it should be remembered that footwear cannot provide protection by itself, but a suitable ESD surface is also necessary.

UNE-EN 61340-4-3:2005 Standard describes the testing method to determine the electrical resistance of footwear used for controlling electrostatic charges. The Standard sets out two types of footwear:

- ELECTROSTATICALLY CONDUCTIVE FOOTWEAR: Footwear whose electrical resistance is less than 0,1 M Ω.

- ELECTROSTATICALLY DISSIPATIVE FOOTWEAR: Footwear  whose electrical resistance is between 0,1 M Ω and 100 M Ω.

When footwear/surface systems are used as the main means of grounding for staff, the resistance of the combination must be set by the ESD coordinator, but it is recommended to be between 0,75 M Ω and 35 M Ω.