Wrist Low Temperature Orthotic Thermoplastics for body part

I apologize for the confusion in my previous response. Wrist low temperature orthotic thermoplastics are not specifically designed for the entire body. They are specifically used for providing support and immobilization to the wrist joint.

However, there are thermoplastic materials available for other body parts, such as the ankle, knee, or elbow. These thermoplastics function similarly to the wrist orthotics, providing support, stability, and immobilization to the specific body part.

These thermoplastic materials can be heated to a low temperature, allowing them to become pliable and moldable. Once molded to the desired shape, they cool and harden, retaining their customized form to provide support and immobilization to the injured or affected area.

The low temperature feature of these thermoplastics ensures that they can be molded without causing discomfort or burns to the skin. They are typically heated using hot water or a heat gun, and then shaped onto the body part while still warm and pliable.

The thermoplastic orthotics for other body parts are designed to be lightweight, breathable, and comfortable, allowing for ease of movement while still providing the necessary support and protection.

It's important to note that the specific design and application of thermoplastic orthotics may vary depending on the body part and the individual's specific needs. It is recommended to consult with a healthcare professional or orthotist for proper fitting and guidance in using these orthotic thermoplastics for specific body parts.

The characteristic for antibacterial thermoplastic sheet:

1. Safe, healthy, no stimulation

2. Long lasting antibacterial properties

3. Not easy to develop resistance

4. Has a broad spectrum of antibacterial properties

5. Good antibacterial performance, such as escherichia coli, staphylococcus aureus effective rate of more than 99%

The characteristic for far-infrared thermoplastic sheet:

a. Activate the activity of biological macromolecules

b. The molecules of the organism can be excited and in a higher vibration state

c. Promote and improve blood circulation

d. Enhance local skin metabolism

e. Improve inflammation and skin swelling

f. Ease the pain

Product application:

Fractura, Reduction of joint dislocation, Ligament soft tissue injury, Fixation of tendon injuries, Correction of bone joint deformity, Fixation after orthopaedic surgery, Acute and chronic osteomyelitis of soft tissue, Fixation of acute and chronic joint inflammation, Fixation after burns and other orthopedic surgery.

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