POLYMEM

Polymem Dressing Non-Adhesive Pad 10cm X 10cm 5044 - Box of 15

SKU:
STM_RL5044_15_S
MSRP: $161.34
$141.00
— You save $20.34

Description

PolyMem dressings cleanse, fill, absorb and moisten wounds throughout the healing cycle. The ultra-thin, adhesive coated urethane film will provide a breathable yet tough, protective, water resistant versatile dressing.


The Polymem Dressing Non-Adhesive Pad 10cm X 10cm 5044, available in a box of 15, is a revolutionary wound dressing that is designed to provide comprehensive care throughout the healing cycle.

PolyMem dressings are specifically formulated to cleanse, fill, absorb, and moisturize wounds, ensuring optimal healing conditions. These dressings are suitable for a variety of wounds, including surgical incisions, chronic ulcers, burns, and abrasions.

One of the key features of this product is its ultra-thin and adhesive-coated urethane film. This film is not only breathable but also provides a tough and protective barrier against external contaminants. It effectively prevents water from penetrating the wound, ensuring that the dressing remains intact even in moist conditions.

The versatile nature of the Polymem Dressing Non-Adhesive Pad makes it suitable for use on different parts of the body. It can conform to awkward or irregular wound shapes, ensuring that it stays in place during movement and minimizing the risk of displacement.

Additionally, this dressing is non-adhesive, making it gentle on the delicate skin surrounding the wound. It can be easily applied and removed without causing any discomfort or damage.

The Polymem Dressing Non-Adhesive Pad 10cm X 10cm 5044 is a convenient and cost-effective choice for healthcare professionals and patients alike. Each box contains 15 individually packed dressings, ensuring a steady supply for ongoing wound care.

Overall, the Polymem Dressing Non-Adhesive Pad 10cm X 10cm 5044 is a high-quality wound dressing that offers comprehensive care and protection. Its breathable yet tough adhesive-coated urethane film, along with its non-adhesive nature, makes it an ideal choice for promoting optimal wound healing in a variety of clinical settings.
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