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Exceptional thermal fatigue resistance sustaining 1000+ cycles at 850°C
Superior high-temperature tensile strength maintaining 400+ MPa at 700°C
Enhanced oxidation resistance through stable chromium oxide layer formation
Optimal creep resistance preventing deformation under sustained boost pressure
The material's unique vermicular graphite structure provides superior thermal conductivity while maintaining excellent vibration damping characteristics.CAD-optimized runner designs with computational fluid dynamics analysis
Precision sand casting using resin-bonded molds for dimensional accuracy
Controlled cooling processes preventing internal stress concentrations
CNC machining of all critical surfaces maintaining ±0.1mm tolerance
Automated NDT inspection including radiography and magnetic particle testing
Equal-pressure pulse separation design maximizing turbocharger efficiency
Optimized runner cross-sections maintaining exhaust gas velocity
Reinforced turbo flange preventing warping under thermal cycling
Strategic ribbing pattern controlling thermal expansion stresses
Minimum wall thickness optimization balancing weight and durability
Pressure testing to 6 bar for leak prevention
Thermal cycling between 150-900°C for 500 cycles
Metallographic analysis verifying microstructure integrity
Coordinate measuring machine inspection of all critical dimensions
Surface roughness analysis ensuring optimal flow characteristics
Heavy-duty truck and industrial power units
High-output generator sets and marine applications
Performance tuning for modified diesel engines
OEM replacement and upgrade programs
Finite element analysis for stress optimization
Rapid prototyping services within 3 weeks
Production capability from prototypes to volume manufacturing
Complete technical documentation and certification packages
For diesel engine manufacturers and performance specialists seeking to maximize power output and durability, our high-performance exhaust manifolds represent the pinnacle of casting excellence. Engineered specifically for demanding diesel applications, these manifolds combine advanced metallurgy with precision manufacturing to deliver unmatched reliability under extreme operating conditions.
Advanced Material Technology
Our exhaust manifolds utilize specialized ductile iron alloys enhanced with nickel-chromium-molybdenum additives that provide:
Precision Manufacturing Process
We employ advanced casting methodologies ensuring consistent quality:
Performance-Enhancing Features
The manifolds incorporate race-derived technologies:
Quality Validation Protocol
Each component undergoes rigorous testing:
Application-Specific Engineering
Our technical team provides customized solutions for:
Technical Partnership
We offer comprehensive engineering support including:
For diesel engine applications demanding superior exhaust manifold performance, contact our engineering team to discuss your specific requirements. Our premium casting services deliver the perfect combination of durability, performance, and technical excellence for your most demanding applications.

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. |







