Scholl Blister Plasters Multi-Size x5
Scholl Blister Plasters Multi-Size x5: instant pain relief, faster healing, and up to 7 days of protection.
Scholl Blister Plasters Multi-Size x5: instant pain relief, faster healing, and up to 7 days of protection.
Scholl Blister Plasters Multi-Size x5 are specially designed to provide immediate and effective relief from blister pain on your feet. Featuring advanced hydrocolloid technology, these plasters not only protect the affected area but also speed up the healing process by forming a gel around the blister, shielding it from external contamination and reducing infection risk.
The ergonomic design ensures a perfect fit to the shape of your foot, providing secure adhesion that keeps the plaster in place for up to 7 days. The material is waterproof and breathable, allowing the skin to breathe while remaining protected from moisture and friction. Additionally, they are latex-free, making them suitable for sensitive skin.
Key features:
- Instant pain relief for blisters.
- Hydrocolloid technology accelerates healing.
- Waterproof and breathable, stays in place for up to 7 days.
- Multi-size format, ideal for various foot areas.
- Latex-free, suitable for sensitive skin.
How to use:
- Clean and dry the affected area thoroughly.
- Ensure the skin is free from creams or oils.
- Warm the plaster between your hands to improve adhesion.
- Apply the plaster over the blister, ensuring it is well-sealed.
- Leave the plaster on until it naturally detaches (up to 7 days).
- To remove, gently lift one edge and peel off carefully.
Recommendations for use:
Use these plasters to treat and protect blisters on the feet, whether on the heel or other areas prone to friction. Ideal for everyday or sports activities.
Precautions:
- Do not use on infected or bleeding wounds.
- If irritation occurs, remove the plaster and consult a doctor.
- Keep out of reach of children.
- Store in a cool, dry place.
Complete list of components:
Polyurethane, breathable polyurethane film, acrylic adhesive, hydrocolloid made of sodium carboxymethylcellulose (CMC) particles.