Medical Orthopedic Splint

• X-ray Compatible: Orthopedic splints are designed for easy X-ray visibility, facilitating accurate surgical procedures and healing assessment.

• Easy To Operate: Only room temperature water is needed, no heating equipment is required, and the fixing can be completed in a very short time.

• Biocompatibility: Medical Orthopedic splints have good biocompatibility with human tissues and will not cause allergic or rejection reactions. This means that patients will not experience allergic symptoms or other adverse reactions when using medical polymer splints, reducing the risks during treatment.

• Plasticity: Medical polymer splints have a certain degree of plasticity, and can be softened and formed by heating to adapt to fractures or surgical needs of different parts and shapes. This allows the medical polymer splint to better fit the patient's body shape and provide better fixation and support.

• Durability: Medical Orthopedic splints have high durability and can be used for a long time without being easily damaged or deformed. It can withstand a certain amount of external force and pressure and maintain a stable fixation effect.

• Lightness: Medical Orthopedic splints are relatively light and will not add too much burden to patients. This makes patients more comfortable when using medical polymer splints without discomfort or fatigue.

• Breathability: Medical Orthopedic splints have a certain degree of breathability, which can reduce the risk of skin moisture and infection. Breathability can help keep the skin dry, reduce the chance of bacterial growth, and contribute to wound healing and patient comfort.

• Adjustability: Medical Orthopedic splints can be adjusted and trimmed as needed to accommodate individual differences in different patients. This adjustability allows medical polymer splints to better adapt to the special needs of patients and improve treatment effectiveness.

Polyester fiber material and glass fiber material are two common raw materials for polymer plywood. From the perspective of physical properties, polyester fiber is softer than glass fiber and has certain plasticity and flexibility, while glass fiber is relatively hard and brittle. Polyester fiber has a relatively low density, a large specific surface area, strong water absorption, good elasticity, large elongation when stretched and "easy without rebound", and poor conductivity. Glass fiber has the characteristics of high strength, high temperature resistance, corrosion resistance, aging resistance, and wear resistance.

Polyethylene splint: Made of polyethylene material, it has high strength and rigidity and is suitable for fracture fixation and surgical operations.

Polypropylene splint: Made of polypropylene material, it has high plasticity and breathability, suitable for rehabilitation therapy and orthopedic surgery.

Polyester splint: Made of polyester material, it has high durability and water resistance, suitable for long-term immobilization and rehabilitation therapy.