Metatarsal Sleeve Pads, Half Toe Bunion Sleeve with Sole Forefoot Gel Pads Cushion for Diabetic Feet Metatarsalgia Mortons Neuroma Prevent Calluses Blisters, 2 Pieces
Brand: Vesigo
Color: Skin
<p>Metatarsal Pads, Half Toe Bunion Sleeve with Sole Forefoot Gel Pads Cushion for Diabetic Feet Metatarsalgia Mortons Neuroma Prevent Calluses Blisters, 2 Pieces<br><br>♥BENEFITS<br>Relieves pressure on the ball of your foot<br>Provides weight distribution while standing <br>Absorbs shock while walking, running and jogging<br>Stretchy fabric and silicone for superior cushioning<br>Washable and reusable<br>Unisex fit and one size fits most<br><br>♥FRIENDLY REMINDER<br>Please make sure your shoe is a half size big if you plan to use these!<br><br>♥PACKAGE INCLUDED<br>1*PAIR Metatarsal Sleeve Pads<br></p>
♥RAPID FOOT PAIN RELIEF: Soft, silicone Metatarsal sleeves, to provide even cushioning for diabetic feet and metatarsal joint padding. Cushions support and reliability across the entire ball of your foot. Alleviate pain due to calluses, bunions or Morton neuromas caused by long periods of standing or rubbing for better all-day comfort.
♥Flexible Compression: Washable and reusable. Made of super stretchy gel material and fabric for superior cushioning, high elasticity and flexibility. These ball of foot cushions slide over the big toe and around the sides of the feet holding firm without sliding or bunching inside socks and shoes.
♥Unisex Fit AND ONE SIZE FITS MOST: Moderate thickness, so it leaves room for your feet. But we still suggest you use them inside the looser fitting shoes to avoid causing your feet discomfort due to squeezing.
♥1 PAIRS (2 PIECES) VALUE PACK: Comes with a set of 2 half toe bunion sleeves. Unisex and fit comfortably inside a variety of shoes including open toe heels and running shoes without pinching.
♥GREAT CUSHIONING: Sweat absorbing and skin-friendly metatarsal sleeve with soft forefoot pads for better cushioning. Eliminate forefoot pains by distributing body weight over the extra soft gel footpads decreasing the pressure impact.