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...
Welcome to visit the website of Jiangyin Dongli New Materials Technology Co., Ltd.
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It can be used to manufacture high-end trekking poles, bicycle handles, golf clubs, wing panels and other high-performance sports equipment.
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READ MOREJiangyin Dongli New Materials Technology Co., Ltd. is a China-based Carbon Fiber Sports Equipment Parts Suppliers and one-stop factory. We engineer and produce high-performance composite parts for sporting goods that demand low weight, high stiffness, and reliable fatigue life. Our range includes pickleball paddles, bicycle frames, paddleboards, paddles, and hockey sticks, all manufactured with in-house process control from fiber weaving to final molding.
Our 32,000-square-meter facility in Jiangyin integrates climate-regulated workshops and 100,000-grade purification zones, supporting consistent production of sports components for OEM and ODM projects. We serve equipment brands, distributors, and team suppliers who require reproducible quality across batches.
| Product | Typical Application | Key Properties |
|---|---|---|
| Pickleball Paddle | Recreational and competitive play | Lightweight, high flexural strength, low density |
| Bicycle Frame | Road, mountain, and e-bike frames | High specific strength, vibration damping, fatigue resistance |
| Paddleboard | Surfing, touring, and racing boards | Corrosion resistance, stiffness, impact tolerance |
| Paddles (Kayak/Canoe) | Water sports propulsion | High strength-to-weight ratio, durability |
| Hockey Sticks | Field hockey and ice hockey | Sensitive feedback, impact resistance, lightweight |
We control the entire production chain—weaving, prepreg, and molding—to ensure that each part meets structural and cosmetic requirements. Our processes include autoclave, RTM, RMCP, PCM, WCM, and spraying, allowing us to match the molding method to the part geometry and production volume.
Carbon fiber sports parts are ideal for components that experience repeated dynamic loads and require high specific strength. For example, bicycle frames benefit from carbon's fatigue resistance and vibration damping, which improve rider comfort and control. Hockey sticks need sensitive feedback and durability, which our carbon fiber layups provide.
We also address corrosion resistance for aquatic equipment like paddleboards and paddles, where saltwater and UV exposure are concerns. Our materials are selected to withstand these environments without degradation.
We offer full customization based on your drawings or samples. Whether you need a specific shape, size, or finish, our engineering team can develop tooling and optimize the layup for your performance targets. We also support ODM projects where we handle design, prototyping, and mass production.
Our in-house capabilities include cutting, layering, and pre-impregnation equipment, allowing us to produce complex geometries with tight tolerances. For high-volume orders, we maintain efficient production lines with a daily weaving output of 4,000 square meters.
We are committed to delivering parts that meet international standards. Our factory operates under ISO 9001:2015, ensuring consistent quality management. Each batch undergoes rigorous inspection, including dimensional checks and mechanical testing, to verify that the parts meet your specifications.
For dynamic stress applications, we conduct fatigue testing to simulate real-world usage. This helps us ensure that our parts can withstand repeated loading without premature failure.
To prepare an accurate proposal, we need the following details from you:
With this information, we can recommend the appropriate material system, molding process, and tooling approach. We also provide samples for validation before mass production.
We package our sports equipment parts securely to prevent damage during transit. For standard orders, delivery time is within 20 days. We offer flexible shipping terms (FOB, CIF, CNF) and can arrange logistics to your destination.
Yes, our molding processes, including RTM and autoclave, allow us to produce complex geometries with high precision. We use CNC-cut molds and optimized layup to achieve the desired curves and structural integrity.
MOQ depends on the part size and complexity. For standard products like pickleball paddles, we can accommodate smaller orders. For custom ODM projects, we typically require a higher volume to justify tooling costs, but we can discuss pilot runs.
Yes, we can provide samples after reviewing your specifications. Sample costs are usually charged and deducted from the final order. We work with you to ensure the sample meets your performance expectations.
We use automated tension control and intelligent looms for fabric production, and our molding processes are monitored with precise temperature and pressure controls. Each batch is tested for mechanical properties, and we maintain traceability from raw material to finished part.
Yes, we offer various surface finishes, including matte, gloss, and textured. We can also apply custom paint or coatings if needed. Let us know your aesthetic requirements, and we will incorporate them into the production process.
Our portfolio also includes Yellow Epoxy Fiberglass Sheet 1240×1040×1mm, Lightweight Rigid Carbon Fiber Texture Takeout Delivery Box, Carbon Fiber Suitcase with Spinner Wheels for applications with different operating ranges, interfaces or integration requirements.