Carbon Fiber Parts for Automotive Performance Upgrades

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Carbon Fiber Parts for Automotive Performance Upgrades
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AUTOMOTIVE · EV · CUSTOM COMPOSITES

Custom Carbon Fiber Auto Parts

We manufacture carbon fiber panels, covers, brackets, ducts, trim parts and carbon-fiber-to-metal assemblies from customer drawings, 3D files or approved samples.

Material, load, mounting, temperature, surface and quantity requirements are reviewed before production.

Send drawings and requirements:
info@hms1688.com

Leave Project Details

The form collects contact and basic project information. Please email drawing attachments.

Body Panels EV Components Aero Parts Interior Trim Metal Inserts

Why Use Carbon Fiber?

Lower Component Mass

Weight reduction can support efficiency, acceleration or handling goals when the complete system is engineered correctly.

Tailored Stiffness

Fiber direction and laminate structure can be developed around the part's main load paths.

Corrosion Resistance

Carbon fiber does not rust, but contact with metal parts requires suitable isolation and fastening design.

Shape & Appearance

Complex molded forms, visible weave, paint and clear coat can support functional and cosmetic requirements.

Carbon fiber is not a direct drop-in replacement for metal. Impact behavior, load direction, inserts, edges, galvanic isolation and repair requirements should be reviewed for each vehicle application.

Automotive Applications

Body & Aero Parts

Hoods, roof panels, spoilers, splitters, diffusers, covers and exterior trim.

EV & Battery Equipment

Lightweight covers, shields, brackets and equipment parts developed to defined electrical, thermal and mechanical requirements.

Interior Components

Dash panels, center consoles and trim with specified weave direction, gloss and edge appearance.

Performance & Motorsport

Ducts, mounting parts and low-volume components designed around actual loads and service conditions.

How a Custom Part Is Developed

Define RequirementsFunction, load, environment, finish and quantity.

Review the DesignGeometry, laminate concept, edges and mounting interfaces.

Prepare ToolingSelect a mold route suited to the project stage and volume.

Layup & CureControl material placement and curing conditions.

Trim & IntegrateCNC trim, drill, bond and install metal inserts.

Inspect & FinishCheck drawing features and agreed surface criteria.

Key Design Checks

Fiber type, weave and laminate thickness
Local reinforcement and sandwich core
Metal inserts and fastener load spreading
Galvanic isolation from aluminum or steel
Temperature, vibration and fluid exposure
Mating datums, gaps and flushness
Visible weave, gloss and cosmetic faces

See more about our carbon fiber manufacturing capabilities.

Send These Details for Quotation

PDF drawing and STEP/STP model
Prototype quantity and future volume
Target weight, load or stiffness requirement
Mating parts and critical dimensions
Temperature, vibration and fluid exposure
Surface, testing and delivery requirements

Start Your Carbon Fiber Project

Send your CAD files and performance requirements for manufacturing review.

E-MAIL: info@hms1688.com

Request Project Review

Drawings, samples and technical information are handled confidentially. NDA support is available for custom OEM projects.

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