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Optimal shrinkage allowances for dimensional accuracy
Strategic gating systems for proper metal flow
Venting placement to minimize air entrapment
Draft angles ensuring smooth pattern extraction
Excellent dimensional stability (±0.15mm per 25mm)
Superior surface finish (Ra 3.2-6.3 μm)
Consistent mold density and strength
Minimal gas generation during pouring
Spectrochemical analysis confirming material composition
Ultrasonic testing detecting internal defects
Coordinate measuring machine dimensional validation
Mechanical testing verifying strength properties
Vibration analysis confirming damping characteristics
Salt spray testing for corrosion resistance validation
Automotive Engines: Passenger vehicles and light truck applications
Heavy Equipment: Construction and agricultural machinery
Marine Engines: Saltwater environment applications
Industrial Power Units: Generator sets and stationary engines
Commercial Vehicles: Truck and bus engine mounting systems
As a specialized foundry in engine components manufacturing, we provide custom iron casting services for engine mounting plates that meet the most demanding automotive and industrial standards. Our premium quality casting services combine advanced metallurgical expertise with precision manufacturing to deliver mounting plates that ensure optimal engine performance, vibration damping, and long-term reliability.
Material Excellence and Performance Characteristics
We utilize high-grade grey iron and ductile iron specifically engineered for engine mounting applications. Our grey iron FC250 offers exceptional vibration damping capacity, absorbing up to 95% of engine vibrations before they transfer to the vehicle frame. The material provides tensile strength of 250 MPa and compressive strength exceeding 850 MPa, ensuring reliable performance under continuous dynamic loading conditions. For applications requiring enhanced strength and impact resistance, we offer ductile iron FCD500 with tensile strength of 500 MPa and elongation of 7%, providing superior fatigue resistance and durability in demanding operating environments.
Advanced Casting Manufacturing Process
Our production methodology employs state-of-the-art foundry technology:
Precision Pattern Making
We design and manufacture patterns using CAD/CAM systems, incorporating:
Controlled Molding and Pouring
We employ resin sand molding technology that delivers:
Our medium-frequency induction furnaces maintain precise chemical composition and pouring temperatures between 1350-1400°C, ensuring optimal microstructure development and mechanical properties in final castings.
Quality Assurance and Performance Validation
Each engine mounting plate undergoes rigorous quality verification:
Application-Specific Engineering Solutions
Our engine mounting plates serve diverse applications:
By combining advanced iron casting technology with precision engineering, we deliver engine mounting plates that provide superior vibration isolation, reliable performance under extreme conditions, and extended service life. Our technical team works closely with clients to develop customized solutions that meet specific application requirements, ensuring perfect fitment, optimal performance, and quality-assured operation for various engine mounting applications.

Product Name |
casting parts/Die Casting Parts/sand casting part/aluminum die casting parts |
Casting Service |
Die Casting, Sand Casting, Gravity Casting, etc. |
Material |
QT200, 250,HT250, Aluminum ADC12, etc (Aupon your requirements.) |
Tooling Design |
We have own R&D team to make customized tooling, usually 7-15days can be ready. |
Standard |
China GB high precision standard. |
Surface Finish |
Mill Finishing, Anodizing, Powder coating, Wood grain, Polishing, Brushing, Electrophoresis. |
Drawing |
3D Drawing: .step / .stp, 2D Drawing: .dxf/ .dwg / .pdf |







