WALFRONT 2pcs Gel Silicone Bunion Corrector Toe Protector Straightener Spreader Shaper Pad,Gel Silicone Bunion Corrector Toe Protector Straightener Spreader Shaper Pad

Description
The item is a simple & practical adult women bunion protector pad, which is mainly made of durable elastic cloth and soft gel materials, and can instantly reduce the daily discomfort of bunion and hammer toe pain, and protect your bunion from knocks and bumps instantly reliving pain. The gel-lined bunion protector can be worn while wearing high-heeled shoes or sports shoes, to protect your bunion, and stop friction and pressure building up.

Features
– Color: as shown in the pictures.
– Material: durable soft elastic cloth and medical-grade gel.
– Size: one size fits both left and right foot.
– Can be worn whether you wear high-heels or sport shoes.
– 100% brand new and high quality Adult Women Elastic Gel Lined Bunion Protector Bunion Sleeve Toe Corrector Pad.
– Gel-lined bunion protector design, to instantly reduce the daily discomfort of bunion and hammer toe pain.
– Everyday wearing the gel bunion protector will gentle realign toes to their natural position. The pressure over time will realign your toe joints.
– Helps to prevent callous and corns from forming.
– Easy to wear: It can comfortably fit between the big toe and the second toe.
– Elastic cloth fabric design, for comfortable to wear.
– Simple and practical design, reusable and hand washable.

Packing List
2 * Adult Women Elastic Gel Lined Bunion Protector Bunion Sleeve Toe Spreader Corrector Pad

• to instantly reduce the daily discomfort of bunion and hammer toe pain.
• Everyday wearing the gel bunion protector will gentle realign toes to their natural position. The pressure over time will realign your toe joints.
• Helps to prevent callous and corns from forming.
• Easy to wear: It can comfortably fit between the big toe and the second toe.,100% brand new and high quality Adult Women Elastic Gel Lined Bunion Protector Bunion Sleeve Toe Corrector Pad.
• Gel-lined bunion protector design