At present, the application of polymer synthetic dressings in wounds has attracted more and more attention, and hydrogel dressings are close to the requirements of ideal dressings.
The hydrogel wound dressing is synthesized from medical polymer materials, which not only contains a certain amount of water, but also has good water absorption, maintains the moist micro-environment of the wound, and facilitates wound healing. At the same time, it has good formability, is closely integrated with uneven wounds, has less dead space, less possibility of infection, and does not adhere when changing dressings, and the pain is significantly reduced, which meets the increasingly high requirements of patients.
It is suitable for second-degree burn wounds and skin donor areas, and can also be applied to other clean wounds.
Advantages of hydrogel wound dressings
Transparent appearance, convenient to observe the recovery of redness or swelling at the extravasated site Situation.
Breathable but not water-permeable, block external microorganisms and reduce the chance of local infection.
Suitable adhesion without pain to prevent the fragile skin of the edema from being damaged, and good compliance of patients
Low cytotoxicity ahead of most Chinese wound dressing products.
Different from accelerator irradiation cross-linking, suitable for mass-production, cost-saving.
Adjustable water content, applicable to different types of superficial wounds or burns.
High water content hydrogel dressing, suitable for moderate to highly exudative and painful wounds
Features
Creates an optimal moist wound healing environment
Helps to reduce pain • Soothes and cools wound on contact
Provides cushioning to applied area
Manages wound exudate levels
Conforms easily to skin contours
Medium and low water content hydrogel wound dressings, designed to reduce the risk of skin maceration around the wound by effectively managing wound moisture
Features
Create a moist wound healing environment
Hydrate & cool burn surface
Assist in autolytic debridement
Provide cushioning to applied area