Thermoactive gloves PRO 2.0

Made from high-quality fleece with excellent thermal insulation properties. The delicate fleece on the inside of the gloves retains body heat, while the outer layer wicks away moisture, ensuring warm and dry hands. The material's excellent flexibility ensures that the gloves fit perfectly to the hand and do not restrict freedom of movement. The aesthetic finish and flat seams guarantee practicality and comfort of use. The smooth outer side of the material makes it easy to put on and take off dry gloves. Thanks to the dense structure of the material, the gloves also offer excellent insulation from wind and cold, even on the coldest days.

The PRO 2.0 gloves have been additionally insulated by adding a layer of material to the outer side of the hand. This unique solution, which consists of combining two layers of material with a different structure, provides additional insulation from the cold and protects the hands even more effectively at low temperatures.

The material from which the gloves are made is a high-quality fleece with excellent thermal insulation properties. Thanks to its dense structure, it offers excellent insulation from wind and cold and maintains a dry and warm microclimate on the skin. It has hydrophobic properties, meaning it does not retain more than 1% of its weight in moisture, so the knitted fabric always remains dry and soft to the touch. Microscopic air pockets in the material's structure create thermal insulation, retaining body heat. The sweat released during physical activity is absorbed by the inner layer of the knit, while the outer layer transports the accumulated moisture outwards, allowing the skin to remain dry and breathe naturally.

The yarn is extremely durable and resistant to damage, which ensures a long lifespan of the garment. The outer layer is anti-pilling. The addition of polyamide fiber improves the elasticity of the knitted fabric and reduces air permeability towards the body.

PRO 2.0 gloves contain positive Ag+ silver ions, thanks to which bacteria do not migrate from the fabric to the skin.
Bacteria feed on sweat secreted during physical activity and are responsible for the characteristic and unpleasant ammonia smell perceived in a sweaty person. Silver ions stabilize the amount of bacteria on the skin, and the thermoactive properties of the material allow sweat to escape from the skin surface, where it evaporates properly and can no longer be used as a breeding ground for bacteria. This eliminates the risk of allergies and the formation of unpleasant odors.