- Overview
- Recommended Products
Heat-Resistant Stainless Steels (AISI 304H, 321H, 316L) offering exceptional oxidation resistance and high-temperature strength
Silicon Molybdenum Ductile Iron (SiMo 4.5/5.0) providing superior thermal fatigue resistance and creep strength
High-Nickel Super Alloys (Inconel 713C, X-750) for extreme temperature applications exceeding 950°C
All materials undergo rigorous chemical analysis and mechanical testing to ensure consistent performance across production batches.Shell Molding Technology - Produces complex thin-wall geometries with excellent dimensional stability and surface finish quality
Investment Casting Process - Delivers intricate internal passages and precise turbine interfaces with minimal machining requirements
Computer-Controlled Machining - Full CNC processing of mounting flanges, wastegate ports, and sensor interfaces with tight tolerance control
Comprehensive Heat Treatment - Solution annealing and aging processes to optimize material microstructure and mechanical properties
Superior Thermal Fatigue Resistance - Withstands repeated thermal cycling from ambient to 800°C+ operating temperatures
Excellent Creep Strength - Maintains structural integrity under continuous high-temperature service
Optimized Fluid Dynamics - Smooth cast surfaces and precise geometries minimize exhaust gas restriction
Enhanced Oxidation Resistance - Special alloy formulations resist degradation from hot corrosive exhaust gases
Proven Durability - Extensive validation testing confirms long-term reliability under real-world conditions
In-process dimensional verification using coordinate measuring machines
Liquid penetrant and radiographic inspection for defect detection
Pressure testing and flow bench validation of finished components
Material certification and traceability throughout the supply chain
Passenger vehicle turbocharged engines
Commercial vehicle diesel powertrains
High-performance and racing applications
Industrial and marine turbocharger systems
For automotive OEMs seeking reliable performance under extreme conditions, our specialized turbocharger manifold pipe casting services deliver precision-engineered solutions that withstand the most demanding operating environments. We combine advanced metallurgical expertise with sophisticated manufacturing processes to produce components that meet rigorous automotive industry standards for performance and durability.
Advanced Material Engineering
We utilize high-performance alloys specifically formulated for turbocharger applications:
Precision Manufacturing Process
Our integrated manufacturing approach ensures optimal component quality:
Performance Advantages
Quality Assurance
Our comprehensive quality management system includes:
Industry Applications
As an established OEM supplier, we maintain full IATF 16949 certification and support customer-specific requirements from prototype development through high-volume production. Contact our engineering team to discuss your turbocharger component needs and discover how our casting expertise can enhance your powertrain performance.


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. |







