The TITAN NEW safety boot is a robust calf-height model (29 cm), made from waxed full-grain leather IDROTECH® WPA for excellent water resistance. It is completely free of metallic parts (No Metal), featuring a 200J composite toecap and a flexible composite anti-puncture sole (PS). The 3ULTRA triple-density sole with ANTITORSION insert ensures exceptional stability and resistance, even in cold conditions (CI -17°C) and against slipping (SR). The anti-fatigue MEMORY insole offers superior comfort, making it ideal for cold environments, agriculture, and construction.

The SILVER low-cut shoe is a lightweight (565 gr) and highly protective S3 CI WR SR model, ideal for use in cold and damp environments. The IDROTECH® WPA full-grain leather upper and the internal Windtex® membrane ensure superior waterproofness and breathability. Entirely metal-free (No Metal) with a composite toecap and plate, it integrates the 3ULTRA triple-density sole with an ANTITORSION insert for stability and the MEMORY insole for superior comfort. It offers CI thermal insulation down to -17°C and WR water resistance.

The GOLD high-cut shoe is an entirely metal-free (No Metal) S3 CI WR SR model that combines protection and lightness (610 gr). It is ideal for cold and damp environments thanks to CI insulation down to -17°C and WR water resistance. The IDROTECH® WPA full-grain leather upper is paired with the Windtex® membrane for superior breathability and waterproofness. The 3ULTRA sole with an ANTITORSION insert guarantees stability, complemented by the MEMORY insole for superior anti-fatigue comfort.

The ZIRCON low-cut shoe is one of the lightest models in the range (530 gr) and is entirely metal-free (No Metal). Ideal for prolonged use, it features a Hydro WPA pigmented suede leather upper (water resistant) and a breathable lining. It integrates the 3ULTRA triple-density sole with an ANTITORSION insert for stability on uneven ground and the tri-material MEMORY insole, which is anti-fatigue, removable, and ESD certified, ensuring maximum comfort and hygiene.

The TOPAZ high-cut shoe is a lightweight model (555 gr) that is entirely metal-free (No Metal), offering S3 protection and prolonged comfort. The Hydro WPA pigmented suede leather upper (water resistant) and breathable lining make it suitable for various environments, including those with hydrocarbons (FO). The 3ULTRA triple-density sole, featuring an ANTITORSION insert, ensures stability and grip (SR), while the anti-fatigue tri-material MEMORY insole guarantees ergonomic support and hygiene (ESD, antibacterial).

The OPAL low-cut shoe is an extremely lightweight S3 model (525 gr), featuring a Micro-tech suede-effect microfiber upper and mesh inserts for maximum breathability. It is equipped with the practical CLICK OPEN lacing system and contains no metallic components. The 3ULTRA triple-density sole, with an ANTITORSION insert, ensures stability and grip (SR), while the anti-fatigue MEMORY insole and highly breathable lining make it ideal for prolonged use in warm or indoor environments.

The QUARTZ ankle boot is a practical and robust S3 CI SR model, characterized by the absence of laces and the presence of side elastic bands for quick donning. The upper is made of high-quality waxed full-grain leather IDROTECH® WPA (similar to Pull-up Nubuck), offering excellent water resistance. It is entirely metal-free (No Metal) and includes CI insulation for cold down to -17°C. The 3ULTRA sole with an ANTITORSION insert ensures stability, while the tri-material MEMORY insole provides superior anti-fatigue comfort.

The WINTER NEW calf-high boot is an entirely metal-free (No Metal) S3 CI HI HRO WR SR model, designed for extreme conditions. The IDROTECH® WPA full-grain leather upper ensures water resistance (WR), while the WinTherm® safety felt lining with ANTI-COLD fur guarantees exceptional thermal insulation down to -30°C (CI). The 3ULTRA RUBBER triple-density sole offers contact heat resistance (HRO +300°C) and superior grip on icy surfaces (Ice Grip). Ideal for construction, agriculture, and cold environments.

The LOBBIA low-cut shoe is an S3 CI HI HRO WR SR model, extremely versatile and metal-free (No Metal). The IDROTECH® WPA full-grain leather upper and Windtex® membrane ensure water resistance (WR) and excellent breathability. It is designed for thermally variable environments, offering cold insulation down to -17°C (CI) and contact heat resistance up to +300°C (HRO). The 3ULTRA RUBBER sole (Rubber/PU) with Ice Grip and an ANTITORSION insert guarantees maximum grip and stability, particularly on slippery surfaces.

The STELVIO NEW low-cut shoe is an S3 CI HI HRO WR SR model, lightweight (585 gr) and designed for maximum versatility in complex environments. The IDROTECH® WPA full-grain leather upper and Windtex® waterproof membrane ensure water resistance (WR) and breathability. It features the rapid CLICK OPEN lacing system and offers thermal protection against cold down to -17°C (CI) and contact heat up to +300°C (HRO). The 3ULTRA RUBBER sole guarantees excellent grip (Ice Grip) and stability (ANTITORSION).

The TRIGLAV high-cut shoe is a robust, lightweight (580 gr), and entirely metal-free (No Metal) S3 CI HI HRO WR SR model. The IDROTECH® WPA full-grain leather upper and Windtex® membrane provide maximum water resistance (WR) and breathability. It is ideal for thermally extreme environments, offering cold insulation down to -17°C (CI) and contact heat resistance up to +300°C (HRO). The 3ULTRA RUBBER sole (Rubber/PU) with Ice Grip and an ANTITORSION insert guarantees exceptional grip and stability.

The AROLLA high-cut shoe is a lightweight (640 gr), high-tech S3 CI HI HRO WR SR model, ideal for variable environments. The IDROTECH® WPA full-grain leather upper and Windtex® membrane ensure water resistance (WR) and breathability. It features the rapid CLICK OPEN lacing system and offers full thermal protection: cold insulation down to -17°C (CI) and contact heat resistance up to +300°C (HRO). The 3ULTRA RUBBER sole (Rubber/PU) with Ice Grip and an ANTITORSION insert guarantees exceptional grip and stability on complex surfaces.