This carbon fiber textured delivery case is mainly constructed with high-strength carbon fiber panels. It features ultra-light weight and exceptional structural...
Welcome to visit the website of Jiangyin Dongli New Materials Technology Co., Ltd.
English
Carbon fiber special-shaped parts refer to non-standard-shaped parts made of carbon fiber-reinforced materials through a specific process. Carbon fiber itself has a series of good properties such as high strength, high modulus, low density, high-temperature resistance, corrosion resistance, etc. These properties allow carbon fiber special-shaped parts to significantly reduce structural weight and improve overall performance while meeting specific functional requirements.
This carbon fiber textured delivery case is mainly constructed with high-strength carbon fiber panels. It features ultra-light weight and exceptional structural...
Purely hand-customized, carbon fiber suitcases insist on traditional manual craftsmanship. With a total of 200+ rivets per case, each one is hand-set by craftsm...
It can reduce the weight of the aircraft structure by about 15%~20% and increase the effective load; it can also simplify the UAV process equipment, reduce the ...
It can reduce the weight of the aircraft structure by about 15%~20% and increase the effective load; it can also simplify the UAV process equipment, reduce the ...
The landing gear is a key component for drones when landing and needs to withstand huge impact loads. Carbon fiber composite materials, through reasonable struc...
The front weight of the vehicle is reduced, fuel economy and acceleration performance are improved, and the appearance is also enhanced. Lightweight also means ...
They offer exceptional strength and resilience while remaining ultra-light (250g), improving the motorcycle's handling and fuel efficiency. They are corrosion-r...
The Zeekr 001 Carbon Fiber Upper Spoiler is an aerodynamic enhancement component specifically engineered for the Zeekr 001 electric shooting brake. Manufactured...
Carbon fiber automotive interior parts are high-performance, lightweight components used to enhance the aesthetics and functionality of vehicle interiors. These...
Made from carbon fiber, the paddle is lightweight due to the material's low density. This design enhances the paddle's flexibility and speed while also minimizi...
Carbon fiber bicycle frames consist of layers of carbon fiber (woven carbon fiber layers) embedded in an epoxy resin matrix. The carbon fiber gives it strength,...
Advantages: Lightweight High strength Corrosion resistance, carbon fiber surfboards have good acid and alkali resistance and salt resistance, effectively impr...
Epoxy fiberglass sheet is the default engineered solution for mechanical support parts that must also provide electrical insulat...
READ MOREA production supervisor once found 30 % of his FR-4 stock warped after a three-week stretch of 85 % humidity, because the sheets...
READ MOREFor a 400V battery pack control box, the epoxy fiberglass sheet is not a single material - its grade determines whether it survi...
READ MOREAn epoxy fiberglass sheet is often the quietest part in a high-voltage assembly. It sits between a live bus bar and a metal enclo...
READ MOREJiangyin Dongli New Materials Technology Co., Ltd. is a China-based Carbon Fiber Special-Shaped Parts Manufacturers and one-stop factory. We control the entire value chain—from weaving carbon fiber fabrics and producing prepreg to final molding via autoclave, RTM, RMCP, PCM, WCM, and spraying. This vertical integration lets us deliver non-standard, high-performance components with consistent quality for aerospace, automotive, sports equipment, construction, electronics, and ODM projects.
Our 32,000-square-meter facility includes climate-regulated workshops and 100,000-grade purification zones, ensuring stable material behavior and precise lamination. Whether you need a drone shell, a motorcycle skid plate, or a custom enclosure, we engineer the part around your load case, dimensional tolerances, and production volume.
We supply both functional and aesthetic components across six application-focused categories. Each category addresses specific mechanical and environmental demands, and we adapt the material system and molding process accordingly.
| Category | Typical Products | Key Properties | Common Applications |
|---|---|---|---|
| Aerospace | Drone shells, canopies, landing gear | Lightweight, high strength, fatigue resistance | UAVs, aircraft structural parts |
| Automotive Industry | Wheel fenders, spoilers, interior trim, skid plates | Impact resistance, corrosion resistance, Class A surface | Performance cars, motorcycles, EV components |
| Sports Equipment | Pickleball paddles, bicycle frames, paddleboards | High specific strength, stiffness, low weight | Racquet sports, cycling, water sports |
| Construction Engineering | Structural profiles, architectural panels | Dimensional stability, weather resistance | Facades, bridges, civil infrastructure |
| Electronic Equipment | Housings, chassis, heat shields | EMI shielding, thermal stability, precision | Consumer electronics, industrial controls |
| ODM | Custom consumer goods, cases, boxes | Design flexibility, surface finish, durability | Branded products, bespoke items |
Every special-shaped part begins with a material selection and a process plan. We use our own carbon fiber fabrics and prepregs—epoxy or cyanate ester—to match the thermal and mechanical demands of your application. For high-temperature or high-stiffness needs, we adjust the fiber areal weight, weave style, and resin system.
Our molding capabilities include:
We also operate 315T and 800T hot presses, enabling compression molding of thick or highly contoured components. Our factory equipment includes precision cutting and lay-up stations, ensuring repeatable fiber orientation and dimensional accuracy.
We follow ISO 9001:2015 quality management principles. Each production batch is traceable from raw fiber to finished part. In-process checks include ply orientation, resin content, and cure cycle monitoring. For structural parts, we perform mechanical testing using a 10KN microcomputer-controlled testing machine, verifying tensile, flexural, and impact properties as required.
Our climate-controlled workshops and 100,000-grade purification areas minimize contamination and moisture pickup, which is critical for prepreg handling and final part quality. We also offer non-destructive inspection options for critical applications, such as ultrasonic scanning, to confirm internal integrity.
We are not limited to standard shapes. Our ODM service covers product design, mold making, prototyping, and mass production. Whether you provide a 3D model, a drawing, or just a concept, our engineering team works with you to optimize the part for manufacturability and performance.
For example, we have produced lightweight carbon fiber delivery boxes and suitcases with hand-laid rivets, demonstrating our ability to combine structural function with premium aesthetics. We also support surface finishing options—matte, gloss, textured, or painted—to meet your brand requirements.
To prepare an accurate quotation and manufacturing plan, we need the following project details:
With this information, we define the material system, ply schedule, molding method, and tooling strategy. We then provide a detailed proposal including lead time and payment terms.
Our factory is located in Jiangyin, Jiangsu Province, about one hour from Shanghai by high-speed rail. We handle domestic and international shipping, with typical production lead times of 20 days for normal volume orders. We offer FOB, CIF, and other incoterms, and we can arrange packaging that protects parts during transit.
For long-term programs, we support scheduled deliveries and consignment stock to reduce your inventory burden.
Q: Can you produce parts with complex 3D shapes?
Yes, we use RTM and autoclave processes that can handle intricate geometries. We often produce drone shells, automotive spoilers, and sporting goods with compound curves. Send us your CAD file for a feasibility review.
Q: What is the minimum order quantity?
For custom parts, we typically start with prototype quantities (1-10 pieces) to validate the design. For mass production, MOQ depends on the part size and process; we can discuss based on your project.
Q: How do you ensure dimensional accuracy?
We use precision CNC-cut molds and controlled curing cycles. For critical dimensions, we perform CMM inspection and provide measurement reports. Tolerances down to ±0.1mm are achievable depending on part geometry.
Q: Can you match a specific surface finish or color?
Yes, we offer clear coat, matte, glossy, or painted finishes. We can also apply a textured surface or a metallic look. For ODM products, we develop custom finishes to match your brand.
Q: Do you provide material certifications?
We can provide material test reports, including tensile strength, modulus, and fiber volume fraction. For aerospace or automotive projects, we can also supply process documentation and traceability records.