COMPEED® Bunion Plasters

Specially designed to fit around the foot, COMPEED® Bunion Plasters provide instant relief from painful pressure and rubbing. They help to prevent blisters and further hardening of the skin which can lead to other painful skin conditions.

x5 # of Plasters

Hydrocolloid Technology

COMPEED’s® Hydrocolloid Active Gel Technology provides instant pain relief due to the cushioned layer which quickly relieves the pressure and rubbing that aggravates the bunion.

Provides instant relief from pain and pressure

Cushions the bunion from further rubbing

Prevents other painful foot conditions caused by hardened skin

How to use

Clean and dry skin before use, ensuring bunion area is free of creams and oils.
Remove the top paper, then the bottom paper, avoiding touching the adhesive side.
Apply plaster firmly over bunion, ensuring the edges are well smoothed down.
Leave the plaster in a place until it starts to detach. May stay in place for up to several days.
Replace with a new COMPEED® plaster as often as required.

Frequently Asked Questions

What are bunions?

Bunions are hard lumps on the big toe joint. They can be incredibly painful.

What causes bunions?

Inward pressure on the toes can lead to bunions, as the toe points towards the foot and the joint is pushed out. Tight and uncomfortable shoes can also aggravate this condition.

Bunions can also be caused by underlying medical conditions, if in doubt consult your doctor.

How to treat bunions?

Surgery is the only permanent cure for bunions. Fortunately, you can minimise friction and rubbing on the hardened area. COMPEED® Bunion Plasters cushion the skin to prevent further rubbing, providing instant relief from pressure and hardened skin.

How can I prevent bunions?

It may be possible to delay the progression of bunions by taking extra care of your feet. Avoid unnecessary pressure by wearing properly fitting shoes, especially near the joint and toe area. For those occasions where you might wish to wear less comfortable shoes, cushion the area to minimise pressure.