Built for the Extreme, Trusted by the Pros.
Built for the Extreme, Trusted by the Pros.

New Production Technique

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We contribute to a greener future by crafting our shoes with innovative, sustainable, and eco-friendly technologies.

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TPU Blister / Seamless
TPU Blister/Seamless technology delivers exceptional wear resistance, heat resistance, stain resistance, and fade resistance. It prevents cracking and deformation while supporting flexible three-dimensional modeling.

KPU
KPU uppers are made from non-toxic, harmless, and eco-friendly materials, using solvent-free PU that is fully environmentally sustainable. As a result, the shift from traditional uppers to KPU has become an emerging industry trend.

3D Weave
3D weaving technology enables the creation of fabrics with thicknesses of up to 10 cm. The fibers inserted vertically through the fabric’s thickness—known as z-yarns, warp weavers, or binder yarns—form the structural basis of 3D woven materials.

Environmental Material
Beyond adopting new technologies, we also incorporate a variety of functional materials in the production of our soles, uppers, and other components.

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Vibram / Michelin Sole
Vibram’s specialized compound combines foam with rubber, resulting in an outsole that merges the advantages of both — the cushioning and rebound of foam, along with the strength and grip of rubber.

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Wrapping / Anti-slip
We apply wrapping and anti-slip treatments to our shoes through various methods.

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Lacing System
The lacing system is an intelligent, patented mechanism designed to help you easily secure or remove your safety shoes or boots. Instead of traditional laces, it uses stainless steel wires connected to a rotary dial, which allows you to tighten, loosen, and lock the fit with a simple turn.

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Swivel Buckle
Buckle/Webbing
Buckle/Whoelace

Carbon Fiber Lightweight Concept
Carbon fiber reinforced with Dyneema® combines pure carbon fibers with Dyneema® for enhanced performance. Dyneema® is exceptionally strong, extremely light, and helps absorb vibration while reducing the risk of cracking. When integrated with carbon fiber, it enables composite materials that offer 50% to 100% greater impact resistance compared to carbon fiber on its own.

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Other Functions

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Ergonomic Insole
Antibacterial Protection
Heat Storage