- Model Number
- Provide semi-rigid arch support and relive foot fatigue
- ODM , OEM and Custom made Available
- Plastic box ; Colored Paper box ; Polybag etc.
- Price term
- FOB ; C & F , CIF , Door to Door etc.
- Payment terms
- T/T, L/C , Western Union, Paypal etc.
- Delivery time
- 45 days
- Port of Loading
- Sample time
- 7 days
- Get Latest Price
/ PRODUCT DISPLAY
We mainly customize insoles and EVA sheets. We have leading technology and advanced production equipment, focus on the insole field for more than 20 years, and have the American Medical Council Certification Committee "C.Ped. #4290
/ PRODUCT PARAMETER
|Place of Origin
||XIAMEN, Fujian, China
||Velvet top cover + PU foam + EVA cork bottom
||As per requirement
||Made by eva cork material
/ PRODUCT DETAILS
EVA cork bottom provides better moisture absorption and deodorization
Latex metatarsal pad to help relieve foot fatigue
Comfortable cushioning middle layer for shock absorption
/ PRODUCT COMPARISON CHART PK
Same price with better performance
Refuse recycled materials
Certified pedorthist 4290# and multiple R&D patents
/ PRODUCT APPLICATION
Our products are corrective insoles, medical orthopedic equipment, and adequate disease in the big health industry. Widely used in a variety of sports, leisure and ankle correction.
/ PRODUCT FEATURES
◪ Relieve foot fatigue.
◪ Semi-rigid arch support.
◪ Eco-friendly eva cork bottom.
◪ Moisture absorption and deodorization
|◪ Comfortable and cushioning
Q1: Can I change to use other material of top cover?
A1: Yes, different options can be used, for example mesh fabric, plain cloth, microfiber, leather, etc.
Q2: What’s the function of the metatarsal pad?
A2: The latex pad can help to disperse the pressure from metatarsalgia, and then it can relieve foot pain.
Q3: What’s the thickness at the forefoot?
A3: About 8.5mm.
Higher density EVA cork provides semi-rigid arch support.EVA cork bottom provides better moisture absorption and deodorizationLatex metatarsal pad to help relieve foot fatigueComfortable cushioning middle layer for shock absorption