Custom Carbon Fiber Shoe Inserts for Football Boots and Sports Insoles

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We manufacture custom carbon fiber shoe inserts and carbon fiber plates for football boots, soccer cleats, running shoes, basketball shoes and sports insoles. As a carbon fiber manufacturer with over 28 years of production experience, we serve brands, distributors and shoe factories worldwide.

Our carbon fiber foot insoles and foot insert plates are available in full-length and forefoot designs, suitable for both performance sports footwear and rigid orthotic plate applications.

For brands, distributors and shoe factories, we support both existing mold carbon fiber plates and fully customized OEM/ODM development. Options include different thickness, stiffness, plate shape, arch support design, toe extension, top cover material, logo and packaging. Our shoe insert plates sit within our broader custom carbon fiber parts capability, which covers sports, industrial and consumer applications.

Our carbon fiber inserts are suitable for performance footwear, rigid foot support, sports shoe reinforcement and lightweight insole plate applications. These plates can also be supplied as football boot carbon plates or soccer cleat carbon plates for footwear brands developing lightweight performance shoe structures.

Existing Mold Carbon Fiber Plates for Football Boots

For customers who want faster sampling and lower tooling cost, we offer carbon fiber shoe insert plates based on existing mold options. If one of our existing mold options matches your required size and shape, no new mold is required, which helps reduce sample cost and lead time.

Existing mold options are suitable for:

  • Football boots
  • Soccer cleats
  • Rugby shoes
  • Training shoes
  • Performance sports insoles
  • Shoe reinforcement plates
ItemOptions
MaterialCarbon fiber prepreg / carbon fiber composite
Plate typeFull-length plate, forefoot plate, arch support plate, toe extension plate
Thickness1.2mm – 3.5mm (customizable)
StiffnessRigid, semi-rigid, or customized flex level
SurfaceRaw carbon, matte, gloss, with optional top cover layer
Top coverEVA, PU, fabric or custom material
LogoCustom logo printing or branding available
ApplicationFootball boots, soccer cleats, running shoes, basketball shoes
Order typeExisting mold sample, OEM bulk order, custom mold development

Technical Options for Carbon Fiber Insole Plates

Our carbon fiber shoe inserts can be customized across the following parameters:

SpecificationDetails
MaterialCarbon fiber prepreg composite (3K, 6K, 12K options)
Resin systemThermosetting epoxy prepreg (standard) or thermoplastic composite options available
Thickness1.2mm – 3.5mm, customized per stiffness requirement
Weight30 – 45g per insole (size dependent)
RigidityFully rigid or semi-rigid, adjusted by layup design
ShapeFlat plate, shaped plate, contoured arch plate, forefoot plate
Plate typeFull-length, forefoot, arch support, Morton’s extension
SizesAll sizes from children’s to men’s US size 15
Top layerEVA, PU, TPU, fabric, or none
LogoScreen printing, debossing, or branded packaging
MOQFlexible – contact us for existing mold vs custom mold MOQ

OEM Price, MOQ and Lead Time

The price of a carbon fiber shoe insert depends on plate size, thickness, stiffness, surface finish, top cover material, logo requirement and order quantity.

For existing mold carbon fiber plates, sample cost and lead time are lower because no new mold is required. For fully customized football boot plates or sports insole plates, a new mold may be needed.

Typical quotation factors:

FactorHow It Affects Price
Existing mold or new moldExisting mold lowers sample cost and lead time
Thickness and stiffnessHigher stiffness may require different layup design
Full-length or partial plateLarger plates use more carbon fiber material
Top cover materialEVA, PU, fabric or custom cover affects cost
Logo and packagingCustom branding changes unit cost
QuantityBulk orders reduce unit price

Contact us with your plate size, target stiffness, application (football boots / soccer cleats / other), and quantity to receive a quotation.

Existing Mold vs Custom Mold Development

OptionBest ForAdvantage
Existing mold carbon fiber platesFast sample testing, standard football boot or sports insole applicationsLower sample cost and shorter lead time
Custom mold carbon fiber platesBrand-specific shoe design, unique plate shape, special stiffness zoneBetter fit, customized performance and OEM exclusivity

Why Carbon Fiber for Shoe Insole Plates?

Carbon fiber is the material of choice for performance shoe inserts because of its unique combination of properties:

FeatureRegular InsolesCarbon Fiber Insole Plates
Strength-to-weight ratioLow to mediumHigh — lightweight with strong structural rigidity
WeightLight to mediumUltra-light
Durability3 – 6 monthsDesigned for long-term use under normal application conditions
Support typeFlexible cushioningRigid or semi-rigid structural support
Stiffness controlNot adjustableFully adjustable by layup and thickness
Custom optionsFewFull OEM/ODM available

Carbon fiber insole plates are commonly used in:

  • Performance football boots and soccer cleats requiring rigid forefoot plates
  • Sports shoe reinforcement for running, basketball and training shoes
  • Orthotic and carbon fiber arch support plate applications requiring lightweight, thin rigid support
  • OEM shoe manufacturing where structural insole plates are part of the shoe design

For a detailed overview of how carbon fiber insole plates work and how to choose the right type, see our guide: Super Simple Guide to Carbon Fiber Shoe Inserts.

For medical or injury-related use, the final design should be confirmed by a qualified healthcare professional or orthotic specialist.

OEM and ODM Carbon Fiber Insole Manufacturing

We support full OEM and ODM development for brands, shoe factories and distributors worldwide.

OEM process overview:

  1. Submit your requirements — plate size, shoe type, stiffness, top cover, logo
  2. We review existing mold options or confirm custom mold requirements
  3. Sample development and prototype confirmation
  4. Bulk production with QC inspection
  5. Shipping and export documentation

What you can provide for custom development:

  • STEP / STP files or 2D drawings
  • Original samples or reference shoes
  • Target shoe size range
  • Stiffness and thickness requirements
  • Branding and packaging specifications

We have worked with brands, distributors and footwear factories across North America, Europe, Southeast Asia and the Middle East.

How We Manufacture Carbon Fiber Shoe Inserts

We use composite manufacturing methods commonly applied in motorsport, industrial and high-performance carbon fiber parts production — adapted for sports insole plate applications.

Production process:

  1. Material selection — carbon fiber prepreg (3K / 6K / 12K) matched to stiffness target
  2. Layup design — number of layers, fiber orientation and resin system determined by required rigidity
  3. Molding — hot press compression molding or autoclave curing can be selected according to product structure, material system and performance requirements
  4. CNC trimming — plate edges finished to tight dimensional tolerances
  5. Surface treatment — matte, gloss, or raw carbon finish applied
  6. Top cover lamination — EVA, PU or fabric bonded if required
  7. QC inspection — dimensional check, weight check, edge finish inspection and visual delamination inspection
  8. Packaging — OEM packaging, logo printing and export preparation

We operate an in-house carbon fiber R&D center and run production across 100+ hot press units. Our factory holds ISO 9001 certification. Learn more about our facilities and production capabilities on our About page.

Applications

Our carbon fiber shoe insert plates are used in:

  • Football boots and soccer cleats — forefoot and full-length plates for stiffness and performance
  • Running shoes — lightweight rigid plates for forefoot support and propulsion structure
  • Basketball shoes — reinforcement plates for lateral stability
  • Rugby and training shoes — durable stiff plates for repeated impact use
  • Custom orthotic and carbon fiber arch support plates — rigid carbon fiber arch support base for orthotic insole construction
  • Sports shoe OEM manufacturing — structural insole plates built into shoe design

The same composite manufacturing expertise behind our shoe insert plates is applied across our carbon fiber car parts and carbon fiber motorcycle parts — where precision, stiffness and low weight are equally critical.

FAQ

Can you make carbon fiber plates for football boots? Yes. We manufacture carbon fiber plates for football boots, soccer cleats and other performance sports shoes, based on existing mold options or custom mold development.

Do you have existing molds for carbon fiber shoe insert plates? Yes. We can check available existing mold options based on your required plate size, shape, thickness and stiffness. If an existing mold matches your requirements, sample cost and lead time are lower than custom mold development.

Can you customize the stiffness of the carbon fiber plate? Yes. Stiffness is adjusted by changing the carbon fiber layup (number of layers, fiber orientation), thickness and resin system. We can produce fully rigid plates, semi-rigid plates and gradient stiffness designs.

Can you make OEM carbon fiber insoles with our logo? Yes. We support OEM logo, surface finish, top cover material, custom packaging and bulk production for brands and distributors.

What is the minimum order quantity? MOQ depends on whether you use an existing mold or require custom mold development. Contact us with your specifications for a specific MOQ and lead time.

What files do you need for a custom shoe insert plate? STEP / STP files, 2D drawings, original samples or target shoe size information are all helpful starting points for custom development.

What is the difference between a carbon fiber shoe insert and a foam insole? A carbon fiber insert plate provides structural stiffness and rigid support. A foam insole provides cushioning and comfort. Many sports insoles combine a carbon fiber plate with an EVA or PU top cover to deliver both support and comfort.

Are your carbon fiber plates suitable for hallux rigidus, turf toe or Morton’s extension applications? Carbon fiber plates are often used as rigid or semi-rigid foot support components in orthotic and footwear applications. For hallux rigidus, turf toe, Morton’s extension or any medical-related use, the final design, fit and suitability should be confirmed by a qualified healthcare professional or orthotist.

Can carbon fiber insole plates be used for plantar fasciitis-related support? Carbon fiber insole plates can provide stiffness and limit excessive flex in footwear or orthotic constructions. However, plantar fasciitis and other foot conditions require professional assessment, so the final use should be confirmed by a healthcare professional.

Do you export to the US and Europe? Yes. We export to North America, Europe, Southeast Asia and the Middle East. We can provide standard export documentation, and work with customers on labeling and packaging requirements.

Contact Us

To request a quotation or sample for carbon fiber shoe insert plates:

  • Email: [email protected]
  • Phone / WhatsApp: +86-136 2619 1009
  • Website: chinacarbonfibers.com

Please include your target application (football boots / soccer cleats / sports insole / other), required plate size, stiffness preference, and estimated quantity. We will respond with existing mold options or a custom development proposal.

Carbon fiber hot pressing mold temperature controller

Carbon Fiber Composite Material Hot Pressing Molding Process

Our factory employs an advanced carbon fiber hot press process with a P20 steel mold, ensuring high efficiency, precision, durability, and cost-effectiveness for quality production.

Carbon Fiber Autoclave

Our factory runs 100+ hot pressure autoclaves, using aluminum molds and vacuum induction to shape carbon fiber with precision. High heat and pressure enhance strength, stability, and flawless quality.

Carbon fiber autoclave
Carbon fiber engineering technology research center

Carbon Fiber Engineering Technology Research Center

Our Carbon Fiber Research Center drives innovation in new energy, intelligence, and lightweight design, using advanced composites and Krauss Maffei Fiber Form to create cutting-edge, customer-focused solutions.

Frequently Asked Question

Here are the answers to the frequently asked questions from the experienced carbon fiber products factory

We produce a wide range of carbon fiber components, including automotive parts, motorcycle parts, aerospace components, marine accessories, sports equipment, and industrial applications.

We primarily use high-quality prepreg carbon fiber and large-tow carbon fiber reinforced high-performance composites to ensure strength, durability, and lightweight characteristics.

Yes, our products are coated with UV-protective finishes to ensure long-lasting durability and maintain their polished appearance.

Yes, our facilities and equipment are capable of producing large-size carbon fiber components while maintaining precision and quality.

What are the benefits of using carbon fiber products?
Carbon fiber offers exceptional strength-to-weight ratio, corrosion resistance, stiffness, thermal stability, and a sleek, modern appearance.

We cater to automotive, motorcycle, aerospace, marine, medical, sports, and industrial sectors with a focus on lightweight and high-performance carbon fiber components.

Yes, we provide custom carbon fiber solutions tailored to your specifications, including unique designs, sizes, and patterns.

We utilize advanced technologies such as autoclave molding, hot pressing, and vacuum bagging, ensuring precision, stability, and quality in every product. wonders with the Hello Elementor Theme, we’re trying to make sure that it works great with all the major themes as well.

We use aluminum and P20 steel molds, designed for durability and high accuracy, to create complex and precise carbon fiber components.

Our products undergo rigorous quality control checks, including dimensional accuracy, material integrity, and performance testing, to meet industry standards.

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