NEUPU
Neupu 240+lbs Heavy Duty High Arch Support Orthotic Insoles For Plantar Fasciitis Pain Relief For Men And Women One Pair
Neupu 240+lbs Heavy Duty High Arch Support Orthotic Insoles For Plantar Fasciitis Pain Relief For Men And Women One Pair
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Product features
Product features
Materials and care
Materials and care
[Generic] High-Density Polyurethane (PU) Foam base, Thermoplastic Polyurethane (TPU) rigid arch support, Shock-absorbing Silicone Gel pads, Breathable Anti-microbial Fabric top layer.
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- Directly Sourced From USA
- Premium Quality & Authenticity
- 7 Day Easy Return

Product Description
Shop authentic NEUPU products — imported from the USA. Browse more health & wellness at Rudra Retails.
FAQ
Q1. Are high arch insoles good for plantar fasciitis?
Ans: Yes, high arch insoles provide the necessary structural support to the plantar fascia ligament, reducing tension and inflammation. These Neupu insoles use a three-point mechanical design to distribute pressure evenly across the foot.
Q2. Can these insoles be used in work boots?
Ans: Absolutely. These heavy-duty insoles are specifically designed for high-impact environments and fit well in work boots, providing extra cushioning for those who stand on hard surfaces for long durations.
Q3. Do I need to remove my current shoe inserts?
Ans: Yes, it is highly recommended to remove the factory insoles before placing these orthotic inserts inside. This ensures there is enough room for your foot and that the arch support is positioned correctly.
Q4. Are these Neupu insoles authentic USA imports available in India?
Ans: Yes, these are authentic Neupu products sourced directly from the USA. Rudra Retails specializes in importing genuine American health and personal care brands to ensure you receive the original quality and performance.
Q5. How do I know if I need 240+lbs heavy-duty support?
Ans: If you find that standard foam insoles flatten out quickly or do not provide enough resistance for your arch, these heavy-duty versions are designed to maintain their shape and support under higher weight loads.