Hygienic insole with antibacterial properties composed of EVA and micro-stitches providing sweat absorption and desorption.

Leather with fireproof treatment, which prevents flamespreading and reduces the irradiation of internal heat. It meets EN ISO 15090/2012 firefighting standards.

Insulating insole coated with aluminum and thermal interlaced fibers, protecting the feet from heat and cold.

Injected PU insole, providing perfect fit to the feet and greater comfort, avoiding muscle fatigue. Its surface inmicropores provides greater sweat absorption and desorption.

Leather with a special treatment making the boot resistant to water, oil and grease penetration according to NBR ISO 20345:2015 standard.

Resistant non-metallic aramid fiber insole, lightweight and flexible, covers 100% of the sole of the foot. Resistant to at least 1100N perforation according to NBR ISO 20344: 2015.

Non-metalic composite toe cap, light and comfortable, resistant to 200J impact  and 1500N compression according to NBR ISO 20345/2015.

Fabric composed of polyester fibers that ensures greater and convenience to users.

ANTI-TORSION TPU insert applied to the sole, offering greater support to the ankle, providing stability in uneven terrain, when climbing stairs, and avoiding accidents.

High performance microfiber that provides perspiration, sweat absorption and desorption through micropores. Its textureisvery similar toleatherbut itiswashable, much lighter and chemical resistant.

*In order to use it in areas with chemicals, consult the manufacturer indicating the FISPQ (MSDS).

Easy to clean

The microfiber has a smoother surface that prevents the waste accumulation and facilitates the cleanliness.

Lighter

Besides of greater flexibility, a pair of microfiber shoes is lighter than the ones made of leather.

High performance

The M Micro was developed from technological researches made in Brazil and Europe, presenting superior leather features and high durability and mechanical resistance rates. Besides, the M Micro shoes are manufactured in Dual density PU, with midsole and heel impact absorption system.

Breathable

Through the microstiches in its surface, the M Micro makes the sweat perspiration, absorption and desorption possible.

More resistant

The M Micro shoe has greater mechanical resistance than the leather. Besides, the microfiber is a chemical product resistant material.

More comfortable

The models in M Micro are more flexible, lighters and more breathable, suitable for feet comfort.

It doesn’t spread flames

The shoes made of M Micro don’t spread flames in the uppers. Through a test carried by IPT (Technological Research Institute) which verifies the flame propagation properties. It was tested according to ISO 15025/2000 – Flame Propagation.

With the incredible Outlast Climatech membrane, technology originally developed by NASA to protect astronauts from space temperature variations. The shoe manufactured with this technology has a 3D internal lining with PCM Outlast microcapsules covering. Intelligent system of a quick dispersion of moist and temperature control that adapts to the user’s performance level. Under hot conditions, it absorbs the feet heat, delaying sweat. Under cold conditions, it keeps heat inside the shoe for a longer time. It can be compared to the ice in a drink; as it changes from solid to liquid state, it absorbs the heat and cools drink, keeping it at the desired temperature for longer. As the skin gets warm, the heat is absorbed and as the skin is cooled, the heat is released. These microcapsules are permanently encased and protected in a polymer shell. This encapsulation process makes the Thermolecules exceptionally durable to several applications, and capable of absorbing, storing and releasing the excessive heat, continuously regulating the microclimate of the skin.