Perforated thermoplastic Splinting Material

The low-temperature thermoplastic sheet, which is a new environmental-friendly polymer material, is made of a special synthetic polymer polyester (such as PCL) through a series of physical and chemical processing methods

Usage: It can be soft in the water when the temperature reaches 65-70℃, then removed from the water after softening and dries on; when its temperature drops to about 40℃, it directly materialised on the patient’s body, and the whole process is easy to operate. Advantage: The low-temperature thermoplastic sheet(orthopaedic splint), which is non-toxic, odourless, has no stimulation to the skin, and is fully biodegradable, is an ideal material for immobilisation. Product Features: 1. Easy to mould. It can be shaped arbitrarily after softening. 2. Reusable. Once set, may market for patient identification with a felt tip or tape. The profile may be altered or modified by heating it with hot water and remoulding it. 3. High strength. It can completely meet the needs of the external fixation of a fracture. 4. Light and breathable. It is made of high-end material, which is very light. The material with meshes has the advantages of good ventilation and comfortable wear. 5. High radiation transmittance. An X-ray can go through it freely, so you do not need to take it off when taking an X-ray. Meanwhile, it is convenient to observe the fracture healing. 6. Easy to clean. Like other materials, a long time to wear will probably cause health problems. Can clean the low-temperature thermoplastic sheet at room temperature, which ensures the fixed parts are clean. 7. Environmentally safe. Non-toxic, biodegradable material poses no environmental hazards; it will automatically degrade. Application Range: Wildly used in the orthopaedic company and many hospital departments, such as the rehabilitation division, radiotherapy room, orthopaedics, burns surgery, and emergency room department of neurology. You have an excellent effect on fracture fixation, functional training, and orthopaedics.