Cherry Stone Neck and Shoulder Hot and Cold Pack

After injury or before physical activity, hot and cold therapies are excellent ways to soothe aching muscles, increase range of motion and decrease inflammation or pain. The Cherry Stone Neck and Shoulder Hot and Cold Pack is a traditional method of providing moist heat and cold therapy massage treatments to your neck and shoulders. Compared to other hot and cold packs, this Cherry Stone Pack will hold its temperatures for a longer time, providing more effective therapy.

To heat or cool the Cherry Stone Neck and Shoulder Hot and Cold Pack, simply place in the microwave or freezer until a suitable temperature is achieved.

Temperature Retaining Cherry Stones

The Cherry Stone Neck and Shoulder Hot and Cold Pack contains cherry stones, which have a much longer heat storage capacity than most other natural methods. That means that your pack will stay cooler or warmer than your other hot and cold packs to provide longer-lasting, more effective therapy. With the contoured design of this pack, your neck and shoulders will be perfectly covered for targeted therapy.

Moist Heat Therapy

When heated, the Cherry Stone releases a moist heat, allowing it to soothe the skin and muscles more effectively than standard heating pads. For a more soothing heat therapy, this pack can be rubbed on the skin to provide a massage effect that promotes circulation.

Versatile and Effective

Unlike other therapy packs that provide either hot or cold therapy, the Cherry Stone is able to provide therapy at each end of the spectrum. Together, these hot and cold therapies provide a wide range of applications, making this pack suitable for most therapy uses. The differences between the two are relatively easy to remember:

• Cold therapy is excellent when used after an injury to reduce inflammation and promote recovery.
• Heat therapy is useful to relax and sooth sore muscles and increase range of motion. Heat therapy is also great for use before exercise, loosening up the muscles and decreasing risk of injury.