Kerma Medical Products 4003-Ice Bag General Purpose Large Fabric Reusable, Cold (BX)

Versatile Ice Bag for Hot and Cold Therapy
The Ice Bag General Purpose Large Fabric Reusable is designed to cater to various needs in hot and cold therapy applications. This innovative product is perfect for use in both clinical settings and at home, allowing for a customizable and practical approach to treating muscle soreness, joint pain, or simply cooling down after physical activity. Its ability to maintain temperature for extended periods makes it a favorable choice for anyone seeking relief from discomfort.

Durable and Refillable Design
Constructed from high-quality fabric, this large ice bag is designed for reuse, ensuring that it is both eco-friendly and economical. With a secure tie closure, users can fill it with ice or cold water, providing a reliable source for cold compression therapy. The fabric material offers an added layer of comfort during use, preventing the direct cold from irritating the skin, which is particularly beneficial for longer application times.

Enhanced Features for User Convenience
This ice bag comes with a thoughtfully designed feature set that prioritizes user convenience and versatility. The large capacity allows for versatile applications on various body parts, from knees and shoulders to larger muscle groups. Its lightweight nature makes it easy to handle and store, while the ability to fill it according to personal preference ensures that every user can enjoy their desired level of cold relief.

Functional Attributes and Specifications
The attributes and specifications of the Ice Bag General Purpose Large Fabric ensure it meets the needs of a variety of users. With a product SKU of 4003, the ice bag is packaged conveniently with 25 units per box and 2 boxes per case, which supports bulk purchasing for clinics or frequent users. It embodies a thoughtful design that emphasizes both functionality and comfort, making it an essential item for anyone requiring an effective thermal therapy solution.