en.Wedoany.com Reported - Recently, at the Techtextil exhibition held in Frankfurt, Germany, LYCRA Company globally launched its new LYCRA ANTISTATIC antistatic fiber. By integrating antistatic properties directly into the fiber structure, it provides a more durable protective clothing solution for high-risk industries such as petrochemicals and electronics. The shift in protective clothing design from surface treatments to embedded fiber functions is expected to maintain stable performance after repeated use without sacrificing wearing comfort.
Antistatic performance is crucial in modern industry, as electrostatic discharge can trigger fires or explosions in petrochemical plants and damage sensitive components in electronics manufacturing. Traditional solutions, such as surface coatings, are prone to degradation. In contrast, LYCRA ANTISTATIC fiber incorporates proprietary additives into the elastic fiber matrix, achieving inherent antistatic functionality. This helps comply with standards such as EN 1149 and IEC 61340, ensuring long-term protection.
Marc Souto, Regional Sales Manager for Western and Southern Europe at LYCRA Company, stated: "By combining antistatic functionality with the comfort, fit, and freedom of movement provided by LYCRA® fiber, we help create clothing that workers are more willing to wear day after day." This highlights how comfort in industrial environments directly impacts safety compliance and workers' willingness to use the garments.
This antistatic fiber is compatible with existing textile manufacturing processes and can serve as a plug-and-play solution, lowering the adoption barrier for factories. It is part of LYCRA Company's broader fiber portfolio, which includes materials like LYCRA T400, COOLMAX EcoMade, and THERMOLITE, collectively enhancing the durability, moisture management, and thermal insulation of workwear. This reflects the industry's trend toward integrated multifunctional systems.
Overall, the launch of LYCRA ANTISTATIC antistatic fiber represents an incremental improvement in the field of industrial safety. Through innovation at the fiber level, it supports more consistent and durable protection, positively impacting worker safety and operational efficiency in global infrastructure sectors.
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