Product Overview
Brand: Compeed
Color: Clear
Features:
- Instant pain relief: Provides twice the instant pain relief than regular plasters by cushioning and protecting blisters from rubbing and pressure*
- Long-lasting protection: Features over 4x longer adhesion (up to 7 days) and 4x better cushioning than standard plasters*
- Speeds healing: Provides 2 times more instant pain relief than ordinary bandages*
- Acts like a second skin: Keeps natural moisture in and germs out to support flaster blister healing, allows skin to breathe while shielding against water, dirt, and impurities
- Extra cushioning & versatile use: Includes mixed sizes for hands, fingers, feet, heels, and toes with a form-fitting design
- Trusted by users: 99% of users continue to choose Compeed, according to the Compeed Brand Health Tracker EU 5 (2025).
Release Date: 07-05-2019
Details: Compeed Advanced Blister Care Pads are specifically designed to provide instant pain relief and superior protection against rubbing, pressure, and friction. Featuring hydrocolloid active gel with moisture-absorbing particles, these gel cushions act like a second skin, supporting the natural moisture balance of your skin while creating a barrier against water, dirt, and germs. Each pack contains 10 mixed-size pads, including 4 medium, 4 small, and 2 toe hydrocolloid patches, that fit comfortably and stay securely in place for several days. The breathable, waterproof, hypoallergenic design, making Compeed a versatile choice for blister care. For best results clean and dry skin before use. Free from parabens and phthalates, and not made with latex or natural rubber latex, Compeed delivers trusted relief with with 99% users continuing to choose Compeed, according to the Compeed Brand Health Tracker EU 5 (2025). Trust Compeed to help protect your skin, prevent blisters, and get you back to your active lifestyle pain-free. *SPEEDER (2021): a randomized, open-labelled comparative superiority clinical investigation to assess foot blister pain relief after targeted sports events using COMPEED hydrocolloid plasters vs standard plasters. (Zakka Bajjani et al. 2023)
