Integrated casting-forging technology resolves issues associated with traditional die-cast parts
such as the inability to be welded, heat-treated, or anodized, and the inability to cast deformable aluminum alloys.
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3D Video of the Production Process for Integrated Casting and Forging Equipment
Globally Unique Technology
Independently developed equipment for the integrated casting and forging process
Hold a patent
Holds 36 domestic and international patents for technologies, materials, and equipment.
National High-Tech Enterprise
Industry standard drafter; a leader in the aluminum alloy casting and forging sector
Strong production capacity
The largest in-house manufactured integrated casting-forging machine has a tonnage of 2,000T
Core application industry
Built for Demanding Mobility Applications
From lightweight electric mobility to high-load structural components.
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Bicycle Aluminum Parts
Integrated Handlebar, Stem, Dropout, Frame Joint, Disc Brake etc. Component, Hub Shell
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E-bike Aluminum Parts
Motor Mount, Mid-drive Motor Housing, Hub Motor End Cover, Controller Housing, Battery Box, Frame Connection Node etc.
Custom Aluminum Parts for E-bike Powertrain & Frame Structures
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E-scooter Aluminum Parts
Diagonal Tube, Deck Structure, Folding Joint, Motor End Cover, Wheel Hub Motor Housing, Fork Part etc.
High-Strength Aluminum Structural Parts for E-scooters
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Aluminum components for aircraft, marine vessels,
All high-strength aluminum alloy components, such as aircraft engine steering mechanism parts, aircraft bases, marine motor housings, electrical enclosures, RV solar mounts, and roof rack connectors.
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Automotive Aluminum Parts
Steering Knuckle, Control Arm, Wheel Hub, EV Motor Mount, ECU Housing, Inverter Housing etc.
High-Strength Aluminum Components for Automotive Applications
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Motorcycle Aluminum Parts
Triple tree, footpegs, footpeg brackets, engine mounts, wheel hubs, brake caliper brackets
Custom Motorcycle Aluminum Performance Parts
Testing Capabilities and Case Studies
Case development and testing support for critical aluminum components.
Inspection and verification can be arranged according to project requirements.
Why Buyers Choose This Manufacturing Route?
High strength, lightweight design, better density, heat-treatment options, testing support and OEM flexibility.
More Than a Supplier — An Engineering and Manufacturing Partner
Our role begins before production.
For each project, our engineering team evaluates the product geometry, alloy selection, load conditions, heat-treatment requirements, machining allowances, tooling structure and expected production volume.
We then recommend a manufacturing route based on the actual performance and commercial requirements of the component.
Our capabilities cover:
Product manufacturability analysis
Aluminum alloy and material selection
Integrated casting-forging process development
Mold and tooling design
Prototype and trial production
T6 heat treatment
CNC precision machining
Surface finishing
Mechanical performance testing
Dimensional inspection
Pilot production and mass-production preparation
This integrated service model helps customers reduce development risks, shorten the supply chain and move more efficiently from concept validation to production.
FAQs
Frequently asked question
Frequently asked question
