What Are Orthotic Insoles Made From?
Orthotic Materials Guide
What Are Orthotic Insoles Made From?
If you have ever wondered what goes into making effective orthotic insoles, the secret lies in the combination of specialised foams and cushioning materials.
Different materials serve distinct purposes, from maintaining structural shape to conforming to your foot and absorbing high-impact forces.
Key Materials in Orthotic Design
Podiatrists often use three primary materials when engineering orthotic insoles: polyurethane, EVA, and Poron. Polyurethane is a closed-cell foam that acts like thousands of tiny basketballs, rebounding back to its original shape after every step to ensure long-lasting support. EVA is an open-cell foam that compresses and moulds slightly to your foot, making it ideal for accommodating natural foot shapes, bumps, and pressure points.
Strategic Cushioning and Support
Poron is strategically placed under high-impact zones, such as the heel and forefoot, to absorb shock during walking or standing. By combining these materials, orthotic insoles deliver targeted support and shock absorption where your feet need it most, helping to reduce stress on your joints and keep you comfortable throughout the day.
Core Materials Explained
- Polyurethane (PU): Closed-cell foam providing durable rebound and long-term support.
- EVA Foam: Open-cell material that conforms to unique foot contours and pressure points.
- Poron Cushioning: High-performance material positioned under the heel and forefoot to absorb impact.
Upgrade Your Foot Comfort
Explore our range of podiatrist-designed orthotic insoles engineered with premium cushioning materials to support your feet all day long.
Shop Orthotic InsolesThis information is for general educational purposes only and is not a substitute for professional medical advice, diagnosis, or treatment. Always consult a qualified podiatrist or healthcare provider regarding any foot health concerns.