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Product Positioning
We specialize in providing lightweight, high-strength structural component solutions for high-performance two-wheeled vehicles. Our core products encompass main frames, swingarms, wheel systems, steering components, and various precision structural parts. Widely used in the fields of fuel motorcycles, electric motorcycles, and high-end bicycles, we are committed to providing systematic structural component support for two-wheeled vehicles pursuing ultimate performance.
Core Product Range
Frame System: Main Frame, Subframe, One-Piece Frame Structure
Suspension & Running Gear Components: Swingarm, Wheel Hub, Suspension Linkages
Steering & Control Components: Steering Stem, Upper & Lower Triple Clamps, Handlebar, Footpeg Assembly
Body Structural Components: Battery Mounting Structure, Motor Bracket, Side Stand, Load-Bearing Bracket
Precision Connectors: Steering Knuckle, Various Structural Brackets, Functionally Integrated Components
Core Values
1. Lightweight Design, Unleashing Performance Potential
Lightweighting is a key path to improving the handling response, acceleration performance, and range of two-wheeled vehicles. Our products achieve significant weight reduction through scientific structural design and optimized material application while ensuring structural strength, reducing unsprung mass and overall vehicle inertia, making power delivery more efficient and handling more agile and responsive.
2. High Strength and Rigidity, Ensuring Precise Handling
The frame and structural components bear the bending and torsional loads of the entire vehicle, and their rigidity directly determines handling characteristics. Our products possess excellent specific strength and structural rigidity, providing precise steering response and stable cornering support. By optimizing cross-sectional design and structural layout, we ensure stable geometry is maintained even under extreme riding conditions, allowing the rider to control the vehicle with greater confidence and ease.
3. Integrated Design, Optimizing Space Utilization
Modern two-wheeled vehicles, especially electric motorcycles, have extremely high demands for space utilization. Our structural components support multi-functional integrated design, integrating functions such as battery fixation, motor suspension, and footpeg mounting into a single component, consolidating multiple mounting points, reducing the number of parts, simplifying assembly processes, freeing up more design space for the vehicle, and enhancing the overall cleanliness of the layout.
4. Vibration Damping, Enhancing Riding Comfort
Rational structural design can effectively absorb and dampen high-frequency vibrations from the road surface. For long-distance touring bikes prioritizing comfort and sport models requiring clear road feedback, our products reduce fatigue from long rides while maintaining handling feel, enhancing the overall riding experience and making every journey more enjoyable.
Quality Assurance
Optimized Structural Design: Utilizing advanced simulation analysis technology to achieve the most optimized structural design solutions while meeting strength, stiffness, and modal requirements, ensuring every stress point is reasonably reinforced.
Precision Forming Processes: Relying on mature forming systems and precision inspection equipment to ensure component dimensional accuracy and consistency, meeting the stringent assembly precision requirements of high-performance two-wheeled vehicles.
Surface Treatment Guarantee: Through professional surface protection processes, we ensure components possess excellent corrosion resistance and weatherability, adapting to long-term use in various complex climates.
Fatigue Durability Verification: Products undergo rigorous bench fatigue testing and dynamic simulation validation, capable of withstanding long-term alternating loads and complex operating conditions, meeting the strict requirements of high-performance models for reliability and service life.
Precision Consistency Control: A comprehensive quality control process is established from design to mass production, ensuring the consistency and reliability of mass-produced products and meeting the efficient assembly demands of modern production lines.