- Overview
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Low-pressure die casting systems ensure complete mold filling with minimal turbulence, reducing porosity below 2%
Permanent mold gravity casting creates dense, fine-grained structures with superior mechanical properties
Automated pouring systems maintain consistent metal temperature between 680-720°C for optimal fluidity
Computer-controlled solidification prevents shrinkage defects and ensures uniform material distribution
CNC machining of critical surfaces including bearing seats, bolt circles, and mounting faces with tolerances within ±0.01mm
Heat treatment processes including T6 temper for aluminum and annealing for iron components enhance mechanical properties
Dynamic balancing ensures smooth operation at highway speeds, achieving balance levels better than G6.3
Surface treatments including powder coating, plating, and shot peening for corrosion protection and enhanced appearance
Exceptional Load Capacity: Supporting vehicle weight and dynamic loads under various operating conditions
Superior Fatigue Resistance: Withstanding cyclic loading through millions of stress cycles without failure
Optimal Heat Dissipation: Efficiently transferring heat from braking systems to prevent component degradation
Excellent Corrosion Resistance: Maintaining structural integrity in harsh environmental conditions including road salts and moisture
Precision Dimensional Stability: Ensuring proper bearing fitment and alignment throughout service life
X-ray Inspection: Detecting internal defects and verifying structural integrity throughout critical sections
Ultrasonic Testing: Measuring wall thickness consistency and identifying potential failure points
Coordinate Measuring Machine: Verifying dimensional accuracy of all critical features including bolt patterns and bearing surfaces
Material Certification: Confirming chemical composition and mechanical properties per international standards
Performance Testing: Simulating real-world conditions including rotational fatigue and impact resistance
Standard sedan and SUV applications requiring balance of weight savings and durability
Performance vehicle hubs demanding enhanced strength for high-speed and track conditions
Electric vehicle specific designs accommodating regenerative braking and increased torque requirements
Heavy-duty truck hubs built to withstand maximum load capacities and extended service intervals
Trailer and commercial vehicle applications requiring standardized mounting configurations
Bus and mass transit components meeting stringent safety and reliability standards
Racing and motorsport hubs utilizing advanced alloys for maximum strength-to-weight ratios
Military and defense vehicles operating in extreme environmental and load conditions
Recreational and off-road applications designed for impact resistance and durability
Design for Manufacturing Analysis: Optimizing hub geometry for both performance and production efficiency
Finite Element Analysis: Validating structural integrity under operational loads and conditions
Rapid Prototype Development: Accelerating product validation through quick-turn manufacturing
Production Scaling: Supporting requirements from prototype to high-volume manufacturing
In the automotive manufacturing sector, customizable wheel hub casting services provide essential components that combine structural integrity with precise engineering for diverse vehicle requirements. Our advanced casting capabilities deliver wheel hubs that meet exacting standards for performance, safety, and durability across passenger vehicles, commercial trucks, and specialty applications.
Advanced Material Selection
Our wheel hub casting services utilize high-strength aluminum alloys and ductile iron materials specifically engineered for automotive applications. The A356-T6 aluminum alloy offers an optimal strength-to-weight ratio with tensile strength reaching 45,000 psi and yield strength of 35,000 psi, while maintaining excellent corrosion resistance . For heavy-duty applications, we employ ductile iron grades 80-55-06 and 100-70-03, providing tensile strength from 80,000 to 100,000 psi with enhanced impact resistance . All materials undergo rigorous spectrographic analysis to ensure consistent chemical composition and mechanical properties.
Precision Manufacturing Processes
Our low-pressure die casting and gravity casting processes produce wheel hubs with exceptional metallurgical quality and dimensional accuracy:
Advanced Casting Technology
Secondary Processing
Enhanced Performance Characteristics
Wheel hubs manufactured through our customizable processes deliver:
Comprehensive Quality Assurance
Our manufacturing processes incorporate rigorous quality protocols:
Customizable Application Solutions
Our wheel hub casting services support diverse vehicle requirements:
Passenger Vehicles
Commercial Transportation
Specialty Applications
Technical Partnership Advantages
We provide comprehensive engineering support for wheel hub customization:


Material |
steel, stainless steel, aluminum,iron, carbon steel,copper, brass, alloy, etc. |
Thickness |
0.1mm to 12mm, as your request |
Sizes |
1) According to customers' drawings 2) According to customers' samples |
Surface treatment |
Anodizing, galvanized, zinc, nickle, chrome plating, powder coating, painting, etc. |
Drawing format |
DWG, DXF, STEP, STP, STL, AI,PDF, JPG, Draft. |
Packing |
Polybag+Carton box+Wooden case/Pallet, according to customer's request |
Shipment |
1) By courier, like DHL, TNT, Fedex, etc, usually 5-7 days to arrive |
2) By air to air port, usually, 3-4 days to arrive |
|
3) By Sea port, usually 15-30 days to arrive |
|
Delivery Time |
depend on the quantities, usually around 20 days. |
Payment Term |
T/T, Paypal, Trade Assurance |
Certification |
ISO |
Logo service |
provided |
Application |
widely used on construction, industry, automobile industry. |






