- Overview
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Superior impact resistance compared to standard cast irons
Excellent fatigue strength for cyclic loading applications
Enhanced wear resistance for moving components
Good machinability with proper tool selection
Reliable performance across temperature variations
Strategic gating systems for optimal metal flow
Proper draft angles for easy pattern extraction
Venting systems to minimize gas entrapment
Uniform wall thickness considerations
Excellent surface finish quality (Ra 3.2-6.3 μm)
Tight dimensional tolerances (±0.13mm per 25mm)
Consistent mold density and strength
Minimal binder usage for reduced gas generation
Precision turning of critical diameters and faces
Boring operations for accurate internal geometries
Thread cutting for assembly components
Grooving and undercut machining
Surface finishing to specified roughness values
Spectrochemical analysis confirming material composition
Microstructure examination verifying nodularity
Mechanical testing validating strength properties
Dimensional inspection using CMM technology
Surface quality assessment per specifications
Automotive Systems: Suspension components, brake parts, and transmission elements
Hydraulic Components: Valve bodies, pump housings, and pressure-containing parts
Industrial Machinery: Gear blanks, machine tool elements, and structural brackets
Agricultural Equipment: Drive components, implement parts, and attachment points
Power Transmission: Pulleys, gears, and coupling components
As a specialized manufacturer in precision metal components, we provide integrated CNC turning and shell molding services utilizing GGG50 ductile cast iron. Our comprehensive manufacturing approach combines advanced casting technology with precision machining to deliver components that meet the most demanding specifications for strength, durability, and dimensional accuracy across various industrial applications.
Material Excellence: GGG50 Ductile Iron Properties
GGG50 ductile iron (also classified as 450-10 per international standards) offers an exceptional combination of mechanical properties that make it ideal for high-stress applications. The material demonstrates minimum tensile strength of 450 MPa, yield strength of 310 MPa, and elongation of 10% in standardized testing. The nodular graphite structure within the ferritic-pearlitic matrix provides:
Advanced Shell Molding Manufacturing Process
Our shell molding technology delivers precision castings with exceptional surface quality and dimensional stability:
Pattern and Mold Engineering
We design and manufacture metal patterns with precise shrinkage allowances, incorporating:
Shell Mold Production
The resin-coated sand process creates robust molds featuring:
Precision CNC Turning Integration
Our comprehensive machining capabilities complement the casting process:
Quality Assurance and Performance Validation
Each component undergoes rigorous quality verification:
Industrial Applications and Solutions
Our GGG50 components serve demanding applications including:
By integrating advanced shell molding technology with precision CNC turning capabilities, we deliver GGG50 ductile iron components that provide superior performance, extended service life, and reliable operation in demanding environments. Our engineering team collaborates with clients to optimize designs for both manufacturability and application performance, ensuring cost-effective solutions that meet specific technical requirements while maintaining the highest quality standards.

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 |







