Foam Dressings, Non- Bordered , Sterile, Provides Cushioned and Moist Wound Care

Model NO.
Customized size
Color
Skin
Specification
Customized size
Trademark
Customized
Origin
China
HS Code
3005109000
Production Capacity
1000000PCS Per Quarter
Reference Price
$ 0.50 - 3.60

Product Description

Foam Dressings, Non-Bordered, Sterile, Provides Cushioned and Moist Wound Care
Foam Dressings, Non-Bordered, Sterile, Provides Cushioned and Moist Wound Care
Foam Dressings, Non-Bordered, Sterile, Provides Cushioned and Moist Wound Care

The foam dressings are divided into three types: adhesive bordered foam dressing which is made of waterproof adhesive tape,polyester foam and release film, non-adhesive with PU film foam dressing which is made of PU film and polyester foam and non-adhesive without PU film foam dressing which is made of polyester foam.

Intended Use:
Foam dressings are mainly used for surface wound coverage,keeping wound moist,absorbing wound exudates,providing physical barrier and helping to prevent infection.

Features:
  • High absorbability:  It can absorb exudation up to 15 times its own weight, reducing the frequency of dressing changes
  • Accelerate healing: The top waterproof layer of the foam dressing can effectively isolate external liquids and prevent the wound from being infected; Provides a clean and moist healing environment to accelerate wound healing
  • Sterile individually packaged: Each dressings are manufactured and individually packaged in sterile facilities. Latex-free dressing. Easy to apply, it is a must-have home first aid kit
  • Easy to cut: The foam dressing is easy to cut into various shapes to match the treatment of wounds on different parts of the body
Foam Dressings, Non-Bordered, Sterile, Provides Cushioned and Moist Wound Care Foam Dressings, Non-Bordered, Sterile, Provides Cushioned and Moist Wound Care Foam Dressings, Non-Bordered, Sterile, Provides Cushioned and Moist Wound Care Foam Dressings, Non-Bordered, Sterile, Provides Cushioned and Moist Wound Care
 

 

PNEUTEC.IT, 2023