SOOTHING NECK WARMER: Microwavable heating pads for neck and shoulders are the perfect relaxation aid for strained muscles and stiff joints. Ease tension, calm inflammation, and enjoy sigh-worthy relief!
2-IN-1 HOT OR COLD PACK: Our microwavable neck wraps can be used heated or frozen. Freeze and apply as an ice pack on acute injuries or inflammation, or use warm over stiff joints, chronic pain, and cramps for relief.
ANTI-ANXIETY LAVENDER SCENT: Not only is our neck wrap microwavable to treat your physical ailments, but the lavender buds inside enable mental relaxation via aromatherapy.
FORM-MOLDING FLAXSEED FILLING: Whether you use our neck heating pad for neck pain or for other body aches, the form-conforming flaxseed filling helps it hug your contours for deep heat penetration.
Represent your team with pride in this replica SunnyBay Microwave Heating Pad, Microwavable Heated Neck and Shoulder Wrap, Soothing Weighted Moist Heat or Ice Pack with Flaxseed and Lavender, FSA HSA Approved, 26×5 Inches, 2.5 lbs, Leopard. Features include a number on the back, on-field name and number, front name, logo.
This is a genuine official SunnyBay Microwave Heating Pad, Microwavable Heated Neck and Shoulder Wrap, Soothing Weighted Moist Heat or Ice Pack with Flaxseed and Lavender, FSA HSA Approved, 26×5 Inches, 2.5 lbs, Leopard for the SunnyBay Microwave Heating Pad, Microwavable Heated Neck and Shoulder Wrap, Soothing Weighted Moist Heat or Ice Pack with Flaxseed and Lavender, FSA HSA Approved, 26×5 Inches, 2.5 lbs, Leopard. This is 100% authentic and the official team colors. This SunnyBay Microwave Heating Pad, Microwavable Heated Neck and Shoulder Wrap, Soothing Weighted Moist Heat or Ice Pack with Flaxseed and Lavender, FSA HSA Approved, 26×5 Inches, 2.5 lbs, Leopard is the perfect addition to any collection.
LUXURIOUSLY SOFT AND SMOOTH: Rest your head back and feel the warmth and softness of our microwave heat pack against your skin, thanks to the anti-pill fleece/cotton surface that ensures optimal comfort and lasting heat retention.
