Superfeet Copper – Memory Foam Comfort Orthotic Insoles
Experience ultimate comfort and support with the Superfeet Copper – Memory Foam Comfort Orthotic Insoles. These unisex insoles are designed to naturally mold to your unique foot shape through daily wear, providing a personalized fit without the need for heating in an oven. The DMP foam adapts to the shape of your foot, ensuring biomechanical integrity for support and stabilization. Whether you suffer from common foot pain, arch pain, heel pain, or plantar fasciitis, these insoles are here to provide relief.
- Low-arched insole with memory foam for added comfort
- Fits roomy footwear styles with factory insoles you can remove
- Designed for common foot pain, arch pain, heel pain & plantar fasciitis
- Natural NXT anti-bacteria coating for hygiene
- Latex-free & vegan
- Polyurethane foam middle layer for support
- Memory foam top layer added to the popular Superfeet BLACK insole
Frequently Asked Questions
1. Can I use these insoles in any type of footwear?
These insoles are primarily designed for footwear with a removable insole. They are suitable for roomy footwear styles that allow you to remove the factory insoles.
2. Are these insoles suitable for people with low arches?
Yes, these insoles are low-arched, making them ideal for individuals with low arches. They provide the necessary support and comfort for those with this foot type.
3. Can these insoles help with plantar fasciitis?
Absolutely! These insoles are specifically designed to provide relief for common foot pain, arch pain, heel pain, and plantar fasciitis. The memory foam and support layers work together to alleviate discomfort and promote proper foot alignment.
4. Are these insoles suitable for both men and women?
Yes, these insoles are unisex and can be used by both men and women. They are available in various sizes to accommodate different foot sizes.
5. How do I clean these insoles?
To clean the Superfeet Copper insoles, simply wipe them with a damp cloth. Avoid submerging them in water or using harsh chemicals, as this may damage the materials.