The incorporation of state-of-the-art Elastopan® Grip by BASF PU footwear systems to the insole provides 30% additional grip, ensuring maximum safety with unmatched flexibility and comfort.
The Elastopan® Light Safe by BASF PU midsole is 40% lighter than a standard PU system. Elegant design at a lower weight. Maximum lightness, exceptional comfort and outstanding durability.
A concave, furrowed surface shaped like a trapezoid that is located in the greatest impact area; it distributes the load in the heel evenly.
Our flat design concept, together with the gap between the ribs, offers additional contact with the ground, providing excellent grip in different surfaces, as a complement to Ultragrip technology.
The 3D layer system combines the benefits of three high-performance materials into one sole. Along with High Performance technology, the integration of Ultragrip, Ultralight PU and Infinergy® by BASF technologies transform each step into a complete comfort experience.
Our sole design is inspired by the foot’s natural movement when walking, allowing to considerably reduce fatigue and providing greater stability and safety.
Omniguard technology protects the foot against any sharp, cutting objects. It is an outsole reinforcement system consisting of a fixed, non-metal, internal sole made of multiple layers of high-endurance, synthetic, textile fabrics. This system provides a level of puncture resistance that greatly exceeds the requirements of standards for this specific risk. Unlike the traditional, metal-insole safety system, Omniguard insoles cover 100% of the step surface, are extremely flexible and lightweight and, moreover, they are very resistant to high and low temperatures, offering excellent thermal insulation.
Selection of high-quality leathers that provide softness, structure, and natural comfort. The raw materials selected for Voran footwear all come from tanneries with Gold certification from the Leather Working Group for their sustainable environmental practices, including water usage, energy consumption, and waste management.
Technical fabric with an alveolus-like structure that has exceptional flexibility. It facilitates air circulation, resulting in increased breathability, moisture control, and extended durability.
A lining made out of two outer layers of fabric linked by a layer of transversal synthetic fibers that create an entire air cushion in the inside of the shoe. When the foot moves, it produces micro air streams that favor evaporation.
The combination of water-repellent yet breathable leather and fabric on the outside, and water-absorbent fabric and insole in the inside allow for a faster elimination of moist, creating an ideal microclimate for the foot that lasts all day.
High-visibility and maximum-durability reflective material that provides additional safety in adverse weather conditions and in low-light environments.
Open-cell polyurethane insole, 100% breathable and anti-fatigue. Its ergonomic design provides a high level of comfort, minimizes effort and buffers the impact when walking.
Antimicrobial and bacterial resistant treatment applied to the insole and lining. Its action limits microorganisms transmission and colony proliferation inside the shoe, avoiding or reducing the probability of infections and bad odor.
Non-metallic, reinforced, high-endurance eyelets with a sports look that allow for optimal fastening. Built with materials that don’t trigger security controls and that won’t cause scratches in delicate surfaces.
A protective toe cap made out of ultra-resistant aluminum; it is 40% lighter than the traditional steel toe caps. The lightness and nobility of aluminum, combined with a super comfortable design.
A non-metallic, ultra-light protective composite toe cap that is undetectable by electronic security devices. It provides excellent protection against impact and compression and also provides thermal insulation for both heat and cold, for additional comfort in adverse weather conditions.