SATRA-accredited test lab

To ensure that the materials used on our shoes meet our quality standards, we test their resistance against abrasion by subjecting the materials to repeated friction and checking material durability.

This test checks how well a fabric resists to wear and friction. The material is rubbed against another piece of the same fabric to see how it holds up to everyday wear.

This test measures the force needed to tear flexible materials. The sample is pulled apart until it tears, revealing the material’s strength and durability under stress.

Shoelaces are tested for durability by rubbing them under tension against other laces or eyelets until they break. This process shows their resistance to friction and ensures long-lasting performance in daily use.

This method measures the water pressure resistance of waterproof fabrics and materials. By applying water pressure to the material until penetration occurs, we can precisely determine its level of water resistance and ensure reliable protection in wet conditions.

All Safety footwear needs to withstand an impact force of 200 Joules while keeping enough clearance to protect your toes. This is tested by dropping a standardized weight of 20kg on a finished shoe, from a height of 1 meter.

At the component level, toecaps are also tested for compression resistance to ensure protection against heavy loads. During this test, a gradually increasing static compressive force is applied to the toecap until a load of 15 kN (approximately 1.5 tonnes) is reached. This test complements the impact test, verifying the toecap’s overall structural strength and deformation behaviour.

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We verify to what degree the outsole material abrades when being used on rough and hard-wearing surfaces, to ensure that the shoes meet both the official standards and our internal quality requirements.

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We evaluate how well the outsole and midsole absorbs energy during impact. Using the EN ISO 20344 5.17 energy absorption test, we measure how effectively the footwear cushions shocks to ensure comfort and reduce fatigue.

The outsole is flexed at a specific speed and angle to assess its flexibility and endurance. This ensures long-lasting performance and comfort during movement.

This test measures how well a complete shoe withstands repeated bending during walking. It helps detect weak points such as sole cracks or separation, ensuring durable and comfortable footwear.

This test determines if our footwear complies with the electrostatic discharge standards (ESD).  ESD footwear protects sensitive electrical equipment by safely controlling the release of static electricity.

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We check if the shoes are electrically insulating to protect the wearer when being subjected to a voltage up to 18kV.

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