Carbon plates for shoes
Sustainable carbon plates to make a difference
The most sustainable and high-performing carbon plates for shoes
We are on a mission to produce low-carbon-impact materials made from second-generation carbon fiber composite.
Our environmentally-friendly material is used to produce carbon fiber insoles. This high-performing technology enables the production of lightweight, sustainable footwear with high mechanical properties.
Fairmat’s carbon plate shoe insoles help athletes optimize their performance, while maximizing their efficiency of movement
Use case: Fairmat x Global market leader
Our customer is a leader in thread manufacturing and structural components for apparel and footwear.
Our mission is to find out how our client can demonstrate leadership in their sustainability strategies. With our sustainable insole technology, we can honor this commitment together.
Key characteristics and benefits
Advantages of replacing virgin carbon fiber with Fairmat second-generation material in carbon plates:
Check out our video on our sustainable carbon plates for shoes
Sustainable carbon plates for shoes
Fairmat’s research and development department is focused on delivering high performance for athletes while protecting feet and reducing overall muscle fatigue.
Our advanced second-generation material also enables:
- Freedom in design with the optimization of material and laminate parameters to tailor mechanical performance (weight, thickness, stiffness, etc.).
- Design and build of carbon plates with different shapes, thicknesses, and properties.
- Entire insole mechanical property testing: 3-point bending test on 3 separate zones (front, middle, rear).
- Simulation of mechanical properties under specific demands and conditions.
High-performance carbon plates for athletes
It all starts with a thicker, lightweight foam midsole and a thin, recycled carbon plate embedded in the midsole.
At Fairmat we’re able to provide shoe insoles designed with second-generation carbon fiber, offering a spring-like effect giving energy back to the runner (up to 96%) and improving overall athletic performance.