Description
DURAFIBER NON-WOVEN GELLING FIBRE DRESSING 10x10cm DURAFIBER is a highly absorbent, non woven gelling fibre filler dressing. Composed of a unique blend of cellulose based fibres, DURAFIBER provides a versatile solution for the management of medium to heavily exuding wounds. It is available in a variety of sizes.
DURAFIBER NON-WOVEN GELLING FIBRE DRESSING 10x10cm is a revolutionary dressing that offers exceptional absorbency and management for medium to heavily exuding wounds. This unique dressing is composed of a blend of cellulose-based fibers, providing an effective and versatile solution for wound care.
Designed with advanced gelling technology, this non-woven dressing quickly transforms exudate into a gel-like substance, ensuring optimal moisture balance in the wound bed. This helps to create an ideal environment for wound healing. Additionally, the gel formation helps to minimize the risk of maceration, preventing damage to the surrounding healthy skin.
The highly absorptive nature of DURAFIBER makes it suitable for a wide range of wound types, including pressure ulcers, leg ulcers, diabetic foot ulcers, surgical wounds, and traumatic wounds. Its versatility allows for effective management of both acute and chronic wounds.
With its non-woven construction, this dressing provides superior conformability and adaptability. It easily molds to the contours of the wound, ensuring maximum contact and optimal absorption. The non-adherent surface of the dressing allows for pain-free removal, minimizing trauma to the wound and reducing discomfort for the patient.
DURAFIBER NON-WOVEN GELLING FIBRE DRESSING is available in a convenient 10x10cm size, making it suitable for a variety of wound sizes and locations. Each dressing is individually packaged to maintain sterility and ensure ease of use. With its high absorbency and effective gelling properties, this dressing provides a reliable and efficient solution for wound care management.
Trust DURAFIBER NON-WOVEN GELLING FIBRE DRESSING 10x10cm to effectively manage medium to heavily exuding wounds. Its advanced gelling technology and exceptional absorbency make it a superior choice for healthcare professionals seeking optimal wound care outcomes.
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DURAFIBER NON-WOVEN GELLING FIBRE DRESSING 10x10cm is a revolutionary dressing that offers exceptional absorbency and management for medium to heavily exuding wounds. This unique dressing is composed of a blend of cellulose-based fibers, providing an effective and versatile solution for wound care.
Designed with advanced gelling technology, this non-woven dressing quickly transforms exudate into a gel-like substance, ensuring optimal moisture balance in the wound bed. This helps to create an ideal environment for wound healing. Additionally, the gel formation helps to minimize the risk of maceration, preventing damage to the surrounding healthy skin.
The highly absorptive nature of DURAFIBER makes it suitable for a wide range of wound types, including pressure ulcers, leg ulcers, diabetic foot ulcers, surgical wounds, and traumatic wounds. Its versatility allows for effective management of both acute and chronic wounds.
With its non-woven construction, this dressing provides superior conformability and adaptability. It easily molds to the contours of the wound, ensuring maximum contact and optimal absorption. The non-adherent surface of the dressing allows for pain-free removal, minimizing trauma to the wound and reducing discomfort for the patient.
DURAFIBER NON-WOVEN GELLING FIBRE DRESSING is available in a convenient 10x10cm size, making it suitable for a variety of wound sizes and locations. Each dressing is individually packaged to maintain sterility and ensure ease of use. With its high absorbency and effective gelling properties, this dressing provides a reliable and efficient solution for wound care management.
Trust DURAFIBER NON-WOVEN GELLING FIBRE DRESSING 10x10cm to effectively manage medium to heavily exuding wounds. Its advanced gelling technology and exceptional absorbency make it a superior choice for healthcare professionals seeking optimal wound care outcomes.
