Carbon Fiber Insole
Future manufacture custom flat and shaped carbon fiber insole, by mold compression method with thermoplastic and thermosetting resin carbon fiber prepreg.
Material: Thermoplastic/ Thermosetting/Carbon Fiber Epoxy Prepreg Fabric
Accessaries: PU/TPU Shell
Service: OEM/ODM
Customization: Fiber Type/ Thickness/ Color
Carbon Fiber Insole Functions
-Effectively protect the arch of the foot;
-Correct bad gait
-Improve the force distribution on the sole of the foot;
-Assist in the treatment of foot diseases;
-Reduce pressure on the ankle joints and knees.
Applications
Carbon fiber shoe insoles are widely used in sports, medical orthopedic and daily wear due to their lightweight, high strength, fatigue resistance and long service life.
Here are the regular thickness for different purpose：
-Daily Walking：0.6mm
-Jogging：0.8mm
-Recreation Sports：1.0mm
-Competitive Sports：1.2mm
Your #1 Carbon Fiber Insole Supplier
Future Composites has rich experience in the production of carbon fiber insoles. We can design and produce carbon fiber insoles that meet various needs according to your requirements and provide comprehensive after-sales services.
Carbon Fiber Performance Insoles
Custom Carbon Fiber Insoles
Flat Carbon Fiber Insole
By cutting the carbon fiber sheet to different sizes.
-Thermoplastic carbon fiber sheet for secondary molding at room temperature, at a lower cost than heat compression.
-Thermosetting carbon fiber sheet material for limiting motion in the shoes for conditions like hallux rigidus and turf toe.
Mold Compression Method for Shaped Carbon Insoles
From Prepreg to Carbon Insole
-Structure Design
-Prepreg Layup
-Mold Compression
-CNC Machining
-Polishing, Sticking the PU/TPU
Testing Data for Your Reference
| Test Project | Test Result | Test Method | ||
| T300 | T700 | T300 | T700 | |
| 0°Tensile Strength/MPa | 810 | 936 | GB/T 1447-2016 | ASTM-D3039 |
| 0°Tensile Modulus/Gpa | 56 | 56 | ||
| 90°Tensile Strength/MPa | 611 | 697 | ||
| 90°Tensile Modulus/Gpa | 53 | 47 | ||
| 0°Bending Strength/MPa | 856 | 916 | GB/T 1449-2005 | ASTM-D7264 |
| 0°Bending Modulus/GPa | 49 | 55 | ||
| 0°Compressive Strength/MPa | 655 | 726 | ASTM D6641 | ASTM-D6641 |
| 90°Compressive Strength/MPa | 556 | 581 | ||
| Interlayer Shear Strength/MPa | 61 | 68 | JC/T 773-2010 | ASTM-D2344 |