A viscose plaster bandage is a medical bandage that is usually used to immobilize and protect an injured part, especially in cases where a fracture or other injury requires stable support. Here is some basic information about viscose plaster bandages:

1. Materials and structure: Viscose plaster bandages are made of plaster or fiberglass materials and coated with a sticky adhesive or glue. This adhesive allows the bandage to adhere when it is applied without the need for additional fixatives (such as tape or bandage clips).
2. Functions and uses: Viscose plaster bandages are mainly used in the following aspects:

3. Fixation and support: After a fracture or severe sprain, it is used to provide stability and support, helping to reduce pain and promote wound healing.
4. Forming a bracket: It can gradually harden during use to form a fixed bracket to protect the injured part from external impact.
5. Customized adaptability: Since viscose plaster bandages need to be soaked in water to activate before use, medical staff can customize the bandage according to the specific injury to ensure appropriate fastening and support.

6. How to use: When using, medical staff will put the viscose plaster bandage into water to activate it, and start bandaging after squeezing it. Over time, the plaster bandage will gradually harden and fix until the desired stability and support level is achieved.
7. Advantages and precautions: The advantages of viscose plaster bandages include providing excellent support, easy to use (no additional fixation device required), and providing personalized bandaging solutions. However, it should be noted that excessive moisture may affect its stickiness, so it is necessary to pay attention to the humidity and temperature of the surrounding environment when bandaging.

In general, viscose plaster bandages are a common fixation and support tool in the medical field. They are suitable for the treatment of various fractures and severe sprains, and can effectively promote the patient’s recovery and healing process.