ESD materials are required in all environments where the buildup of electrostatic charges can damage sensitive electronic devices and in all environments where there is contact with explosive or highly flammable material. Our ESD products are constructed with specially designed weaves to ensure contact between conductive filaments and allow excellent passage and consequent discharge of electrostatic current
We offer ESD, Conductive and Antistatic technical fabrics for the production of various types of PPE and technical garments, mainly linings and interlinings for safety footwear and outdoor garments, where lightness takes primary importance
Kayron technical fabrics are designed to offer high breathability, promoting the expulsion of moisture produced by sweat. This helps keep the body dry, reduces fluid loss during work or sports activities, and improves clarity and concentration.
In the PPE industry, flexibility, lightness, comfort and breathability are essential: more comfortable devices reduce physical and mental stress, improving the user experience. This results in increased safety and reduced risk of injury during work and sports activities.
Kayron technical fabrics with electrostatic properties offer maximum functionality and durability through the use of inherently conductive yarns. Unlike chemically treated materials, they maintain their performance over time, without degrading with use or aging.
The ESD fabrics we offer are made from yarns that contain intrinsically conductive filaments within them, such as stainless steel, silver, copper, carbon, graphene, which permanently ensure the functionality of the PPE produced for the duration of its use, far exceeding compliance with the relevant standards
EN ISO 20344 : 2022 Safety Footwear – Test Methods
EN ISO 20345 : 2022 Personal protective equipment – Safety footwear
EN ISO 20346 : 2022 Personal Protective Equipment – Protective Footwear
EN ISO 20347 : 2022 Personal Protective Equipment – Occupational Footwear
UNI EN 1149-5 : 2018 Protective clothing – Electrostatic properties.
