1. Comfort and safety: The bandage has minimal shrinkage after drying, and will not cause discomfort such as tightness or itching on the skin after the plaster bandage dries. There will also be no heat generation reaction during the hardening process of gypsum, and the patient's skin will feel uncomfortable with a burning sensation when it absorbs water and recrystallizes.
2. Good breathability: The bandage uses high-quality gauze, which has good breathability and solves the discomfort of skin hot and itchy caused by poor breathability due to long-term local tube wrapping.
3. Light weight and high hardness: After testing, the hardness of the cured bandage is 20 times that of traditional plaster bandages, which plays a reliable fixing role in maintaining correct repositioning. The fixed material is minimal and lightweight, equivalent to 1/5 of gypsum, which can reduce the weight on the affected area and promote local blood circulation and healing.
4. Excellent Projection: The splint and bandage have excellent transparency to radiation and clear X-ray effects, ensuring that doctors can accurately grasp the bone connection and healing of the affected area.
5. Good waterproofness: The bandage has good waterproofness and can block 85% of external moisture from seeping in. After the affected area comes into contact with water, it can also effectively ensure that the affected area is dry.
6. Easy to operate, flexible, and has good plasticity: When there is external skin injury or prolonged operation time on the fixed part, it can be fixed directly without wetting first. After fixation, water can be sprayed on the outer layer of the package to accelerate the hardening speed. Good plasticity, high bending and tensile strength, can be bent freely, and bandages can be made into tube shapes, supports, and clamps.
7. Widely applicable: orthopedic fixation, orthopedic appliances for plastic surgery, prosthetic assistive devices, support tools. Local protective brackets in the burn department, etc.