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Mountain bikes (MTB) are off-road bicycles engineered to perform under impact, uneven terrain, and demanding riding conditions — requiring frame structures that prioritize strength, rigidity, and fatigue resistance over extended service life. In OEM manufacturing, MTB programs span aluminum frame development, precision welding, heat treatment, and electric drive system integration for e-MTB variants — demanding manufacturers with proven structural engineering and quality management capability.
Built for rough terrain, trail riding, and off-road performance, our MTB category focuses on aluminum-based mountain bike and electric mountain bike solutions for brands and project buyers. Huang Wei combines over 30 years of aluminum alloy processing, welding expertise, and practical manufacturing support to develop products with reliable frame strength, stable handling, and flexible OEM/ODM cooperation. Our manufacturing track record includes supplying major clients such as Giant — confirming our ability to meet the rigorous structural and quality standards required by international bicycle brands.
For trail riding, gravel roads, forest paths, and off-road environments.
Focus on frame strength, durability, and handling stability.
Built around lightweight and high-rigidity aluminum alloy structures.
Featured e-MTB Configuration:
6061 aluminum alloy frame.
160mm front suspension travel.
205×30mm rear shock.
Mountain bikes are expected to perform under impact, uneven terrain, and demanding riding conditions — making frame material, weld quality, and structural design especially important. Aluminum alloy provides the strength-to-weight balance, rigidity, and corrosion resistance needed for reliable off-road performance, while remaining compatible with automated welding systems and T4/T6 heat treatment for optimized post-weld mechanical properties.
| Category | Main Focus | Core Structural Advantage |
|---|---|---|
| Mountain Bike | Strength, lightweight performance, stable handling | Aluminum alloy frame with reliable rigidity and durability |
| Electric Mountain Bikes (e-MTB) | Assisted off-road riding, suspension performance, battery-supported range | Aluminum frame with integrated motor and battery system support |
Lightweight yet strong
High rigidity for mountain bike structures
Good corrosion resistance
Well suited for demanding riding environments
Practical for both MTB and e-MTB frame development
TIG welding and precision welding processes are applied to MTB and e-MTB structures, with attention to weld consistency, joint strength, and frame durability. T6 heat treatment is applied after welding to restore structural performance.
| Support Item | Available Direction |
|---|---|
| Frame Manufacturing | Aluminum MTB and e-MTB structures |
| Welding Support | TIG welding processes for off-road frame applications |
| Surface Finishing | Painting and related finishing options |
| Product Development | Support for customer-specific MTB or e-MTB projects |
| Quality Control | ISO 9001-certified inspection support |
This category includes mountain bikes and electric mountain bikes (e-MTB) for different off-road riding and product development needs.
Aluminum alloy is the main material direction — providing a strong balance of lightweight performance, rigidity, durability, and corrosion resistance. The e-MTB uses a 6061 aluminum alloy frame structure.
Aluminum mountain bike structures offer reduced weight, reliable stiffness, good corrosion resistance, and practical strength for trail and off-road riding conditions.
Yes. We support e-MTB development based on aluminum frame structures and can align with project-specific motor, suspension, and battery integration requirements.
Yes. Huang Wei provides ISO 9001-certified OEM/ODM support for MTB and e-MTB projects, including frame manufacturing, TIG welding, finishing, and development cooperation.
