We use modern high-tech technologies to make safety shoes that are light and comfortable. State-of-the-art materials and new technical fibers make it possible to move from the traditional heavy safety boot to lightweight athletic safety shoes.
GORE-TEX® is a thin, perforated membrane. Its pores are 20 000 times smaller than water droplets, but 700 times larger than water molecules. This means that water vapour can pass through the membrane, but it blocks drops of water. GORE-TEX® is 100% waterproof and has a highly effective feature allowing feet to breathe.
Vibram® is an extra durable and rugged sole designed to provide an extremely strong grip on uneven surfaces. Vibram® outsoles comes in both rubber and TPU where the rubber outsole is heat-resistant and can withstand temperatures of up to 300°C.
CORDURA® is a highly durable and hard-wearing fabric with an effective feature allowing feet to breathe.
Delivering fit solutions purpose-built for performance, the BOA® Fit System consists of three integral parts: a micro-adjustable dial, a super-strong lightweight lace and low friction lace guides. Each unique configuration is engineered for fast, effortless, precision fit and is backed by the BOA® Guarantee.
The FLEX SYSTEM is designed to work with the biomechanical features of your feet. The FLEX SYSTEM supports your natural movements, which provides stability and support. The FLEX SYSTEM distributes the pressure to the ergonomic zones and helps the foot flex effectively.
SOLID GEAR StarKnit is an upper constructed as one solid piece. Polyester yarn is knitted together in a precise and detailed process that provides a feather light, glove like fit without any seams. Because of its ability to vary in thickness across the upper, the StarKnit is called a smart construction. The knit is adjusted depending on what function it needs to fill, being thicker in areas where you need more protection and lighter where you need higher breathability and flexibility.
An Algix brand, launched the world’s first algae-blended EVA to the footwear industry as a sustainable ingredient in flexible foams for high rebound applications such as shoes, sporting products, and accessories. The algaes absorbs pollution in the water, leaving a harvestable goo which, then is processed to be ready to mix with EVA.
The ETPU springback is the result of the transformation through heating of very tiny TPU pellets. These micro-particles, after undergoing heat and high pressure, puff up, expanding into little beans, each with an air pocket core. The particle-based foams that result can then be molded to the perfect shape through injection tooling, molding machinery and a steaming process.
MATRYX® is the textile part that makes up the shoe. Composed of high tenacity synthetic yarns (Polyamide or Polyester) coated with Polyurethane and technical yarns (Aramid fiber, carbon, Mono filament etc.) distributed in a single piece per zone, MATRYX® and its different ranges offer a mapping adapted to the needs and requirements of each sport. This patented technology allows to reduce the number of components by about 50% and to avoid as much as possible the assembly of pattern pieces.
Leather Working Group
Leather Working Group is an international, not-for-profit membership organization and responsible for the world’s largest leather sustainability program. LWG aims to improve the environmental impact of the leather industry by assessing and certifying leather manufacturers.