Markteinführung von hochabsorbierendem Viskosegewebe für die Wundversorgung

Heathcoat is proud to announce the launch of its latest innovation in technical textiles – a lightweight warp-knitted fabric engineered specifically for medical and woundcare applications . Crafted from 100% viscose yarns , this new fabric delivers a rare combination of absorbency, softness, and biocompatibility – the essential qualities demanded by modern wound management solutions. Designed with both patients and product developers in mind, it provides an ideal balance between comfort, performance, and sustainability . “Our goal was to create a fabric that not only meets the technical requirements of woundcare specialists but also enhances the patient experience,” said Sam Smith, Development Engineer. “This new viscose fabric achieves that through its lightweight construction, softness, and excellent moisture-handling properties – all while maintaining environmental responsibility.” Key Features Lightweight – 170 g/m² construction offers excellent strength without compromising comfort. 100% Viscose – A natural, cellulose-based fibre designed for safe, direct skin contact. High Absorbency & Moisture Retention – Effectively manages wound exudate while maintaining an optimal healing environment. Biocompatible & Biodegradable – Safe for patients, kind to the environment. Soft & Flexible – Gentle on fragile tissue and easily conforms to body contours. With its outstanding absorbency and conformability, the new viscose fabric is ideally suited for dressings, pads, and other advanced woundcare products , providing reliable performance throughout the healing process. To learn more, request samples, or discuss how this fabric can support your next product development, please contact our team today and ask for S-08480 healthcare@heathcoat.co.uk #TextileInnovation #MaterialScience #WoundCare #MedicalTextiles #HealthcareInnovation #SustainableMaterials The post Launch of High-Absorbency Viscose Fabric for Woundcare appeared first on Heathcoat Fabrics .