Leo Tools Ltd.
LEO Splint Padding 4"x8" ( 2/Unit Box )
LEO Splint Padding 4"x8" ( 2/Unit Box )
SKU:L-02029
60 in stock
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LEO Splint Padding – Premium Comfort and Protection for Fracture Immobilization
The LEO Splint Padding is designed to provide enhanced comfort and protection when using splints for fracture immobilization. Measuring 10.2 x 20.3 cm (4" x 8"), each box contains two units of high-quality padding that are ideal for use in emergency medical situations, first aid kits, and trauma care. This padding helps reduce pressure and friction on the skin, ensuring better patient comfort during transport or while awaiting further medical treatment.
Key Features:
- Optimal Comfort & Protection: Soft, cushioned material ensures comfortable support for the injured area, reducing skin irritation or pressure sores when applied under splints.
- Perfect Size for Standard Splints: Each pad measures 10.2 x 20.3 cm (4" x 8"), making it compatible with a wide range of splints for full coverage and enhanced immobilization.
- Durable & Flexible: The padding is durable yet flexible, conforming to the contours of the body for easy application and consistent support around fractures, sprains, or injuries.
- Non-Absorbent & Lightweight: The lightweight material does not absorb fluids, making it easy to handle and apply without adding unnecessary weight to the splint system.
- Sterile & Ready-to-Use: Individually packaged and sterile to maintain hygienic conditions during emergency use.
Product Details:
- Dimensions: 10.2 x 20.3 cm (4" x 8")
- Quantity: 2 units per box
- Packaging: Sterile and individually sealed for maximum safety
Ideal For:
- Healthcare professionals, first responders, and trauma care teams who require reliable padding for splints during emergency treatments.
- First aid kits, field medical operations, and hospital settings where comfort and safety are a priority in immobilization procedures.
Ensure superior comfort and protection with LEO Splint Padding—your trusted solution for enhanced patient care during immobilization and transport.
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