Main mission Of Carbon Fiber Insoles :
Carbon fiber has good anti-twisting function. The anti-twisting function is to protect the arch of the foot and prevent twisting for feet. Once the athlete’s arch is twisted, the consequences are unimaginable, may cause to stop the sports career. Therefore, this protection function is the most basic mission of carbon fiber.
Carbon fiber insoles has good anti-twisting fucnction. Anti-twisting function is to protect the arch of the foot and prevent twisting for feet.
Carbon fiber insoles has good anti-twisting fucnction. Anti-twisting function is to protect the arch of the foot and prevent twisting for feet.
The plasticity of this material is very strong. The strength and tenacity of the carbon fiber plate could be changed by changing the density of carbon fiber
Carbon fiber insoles has good anti-twisting fucnction. Anti-twisting function is to protect the arch of the foot and prevent twisting for feet.
The manufacturing process of carbon fiber yarn is complicated. Simply say, a high-molecular polymer called polyacrylonitrile is drawn into silk, and the silk is carbonized at a high temperature of 2500 degrees Celsius in nitrogen. Then it is woven into cloth with carbon fiber yarn, which is divided into short carbon fiber
Leather + Latex pad+ Poron+ foam+ Carbon Fiber
While providing stability and rigidity, carbon fiber AFOs may also offer shock-absorbing properties, reducing the impact of each step and minimizing the risk of injury.
Carbon fiber AFO is exceptionally lightweight, making it a comfortable choice for insoles. The reduced weight helps minimize fatigue and discomfort during prolonged periods of wear.
Carbon fiber insoles often come with built-in arch support, which can help alleviate common foot problems associated with flat feet or high arches. Proper arch support promotes better foot alignment and reduces strain on the arches.
5 Reasons That Athletes Wear Carbon Fiber Insoles
First: The carbon fiber material is recognized as the best in the industry so far, and it is widely praised for its lightweight, willfulness, and strength.
Second: The use of carbon fiber part makes shoes more elastic, which can provide athletes with effective push and improve reaction speed!
Third: Lightweight. Reduces the weight of the shoe, making the feet more flexible and light!
Fourth: The tenacity of carbon fiber can ensure that the shoes are not easily deformed even in fierce movements, so the stability of the shoes and better support protection is enhanced.
Fifth: Carbon fiber materials are generally added to the mid-bottom arch position, which not only makes the shoes more stable during exercise, but more importantly, can protect the ankle and prevent injury
Carbon fiber provides support of the heel & arch, as well as energy return with every step as the carbon fiber gives back what you put into it. “I’m on my feet 12 hours a day, and when I put these insoles on, they take the load off my body and put a spring in my step,” One athlete commented after the competition.
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The manufacturing process of carbon fiber yarn is complicated. Simply say, a high-molecular polymer called polyacrylonitrile is drawn into silk, and the silk is carbonized at a high temperature of 2500 degrees Celsius in nitrogen. Then it is woven into cloth with carbon fiber yarn, which is divided into short carbon fiber, long carbon fiber, and continuous carbon fiber according to the length.
Finally, carbon fiber silk is soaked in liquid epoxy resin and cooled into a carbon fiber combination material, also called carbon plate. The plasticity of this material is very strong.
The strength and tenacity of carbon fiber plate could be changed by changing the density of carbon fiber, the type of epoxy resin, and even the curing temperature and time, the adjustment of these parameters, which could make carbon plate exceed steel several times under same weight.
We have manufactured and marketed the insoles made from 100% aerospace-grade carbon fiber.
The carbon fiber is engineered with multiple layers of fibers in different lengths, makeups and directions to offer flexibility where needed and stability in other areas.
Juana Orthotic Insoles
High quality insoles are produced by imported materials, Juana produces varied densities of foam with types of polyurethane and polymer. You can designate the density of the foam and choose the best performance of materials for your insoles.
Just send us your detailed project requirement, we will give you the best insoles solution.
Your Own Insoles Style
Juana welcome your own designs pattern and custom your own brand logo.