Hydrogel is a groundbreaking hydrophilic polymer that does not dissolve in the presence of water. Because of this, it has become a primary ingredient of many wound care products, including Purilon gel.
But how does Purilon gel work? Is it your best option among many other wound care alternatives? Here are some things you must know about the product:
Composition, features, and properties
Purilon hydrogel contains purified water, sodium carboxymethylcellulose, and calcium alginate. The gel is all-natural, without any trace of additives or synthetic substances.
This hydrogel product has both hydrating and absorbing properties, allowing it to support the following:
- Natural autolytic debridement
This refers to the breakdown of damaged tissue at a wound site, conducted by the bodys natural defence system. Purilon hydrogel supports this action, providing optimal conditions for the bodys enzymes to digest tissues and cells.
- Moist wound healing
Wounds heal faster under moist conditions. This is because cells grow more quickly with moisture, helping the skin form new tissue almost twice as fast as dry wound healing. Moreover, moist wound healing prevents scab formation, keeps skin safe, and reduces the risk of infection.
Most hydrogel dressings contain about 90% water. As a result, they can effectively hydrate wounds, providing a moist environment for cell migration while absorbing exudate.
Despite its high water content, Purilon hydrogel offers minimised leakage and maceration. The texture of hydrogel is viscous rather than runny and thin, allowing it to stay in the wound area.
Usage
Purilon gel is generally indicated for dry and sloughy necrotic wounds. In addition, it can be used for wounds with both necrotic and granulated tissue, such as pressure injuries, leg and foot ulcers, and 1st to 2nd-degree burns.
Make sure to use the gel along with a secondary dressing and avoid applying it on wet wounds.
Purchase your Purilon gel tubes from a trusted and licenced supplier in the UK to guarantee their quality and availability.