Centrifugal Casting Ladle Arm Half Bushing



Product name: | Centrifugal Casting Ladle Arm Half Bushing |
Keywords: | Ladle Arm Half Bushing |
Industry: | Industrial design and manufacturing services - Industry and Engineering design services |
Process: | Casting - Sand casting |
Material: | Brass |
Processing manufacturer
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Product details
Henan Bebon Steel is a professional manufacturer of centrifugal casting ladle arm half bushings.
1. Technical Advantages and Product Performance
Material Innovation: Utilizing high-speed steel composite centrifugal casting technology, by adding alloy elements such as Vanadium (V), Chromium (Cr), and Molybdenum (Mo), the wear resistance and high-temperature strength of the bushing are significantly improved, making it suitable for high-load scenarios such as steel rolling.
Centrifugal Casting Process: The centrifugal force ensures uniform distribution of the molten metal, forming a dense outer wear-resistant layer (such as high-speed steel) and a tough core material (such as ductile iron) composite structure, balancing surface hardness and overall impact resistance.
Heat Treatment Optimization: Combining quenching + tempering processes to eliminate internal stress and stabilize the microstructure, extending service life.
2. Production Equipment and Quality Control
Specialized Casting Equipment: Adopting centrifugal casting equipment with a ladle fixing mechanism to ensure ladle stability during the pouring process, avoiding deflection or splashing, and improving the yield rate.
Mold Design: The mold body and mold mouth components adopt a stepped positioning structure, combined with positioning steel bars, to ensure casting accuracy and repeatability.
Automation Control: Integrating a speed-regulating motor and gear transmission system to precisely adjust the centrifugal speed, adapting to the process requirements of different bushing sizes.
1. Technical Advantages and Product Performance
Material Innovation: Utilizing high-speed steel composite centrifugal casting technology, by adding alloy elements such as Vanadium (V), Chromium (Cr), and Molybdenum (Mo), the wear resistance and high-temperature strength of the bushing are significantly improved, making it suitable for high-load scenarios such as steel rolling.
Centrifugal Casting Process: The centrifugal force ensures uniform distribution of the molten metal, forming a dense outer wear-resistant layer (such as high-speed steel) and a tough core material (such as ductile iron) composite structure, balancing surface hardness and overall impact resistance.
Heat Treatment Optimization: Combining quenching + tempering processes to eliminate internal stress and stabilize the microstructure, extending service life.
2. Production Equipment and Quality Control
Specialized Casting Equipment: Adopting centrifugal casting equipment with a ladle fixing mechanism to ensure ladle stability during the pouring process, avoiding deflection or splashing, and improving the yield rate.
Mold Design: The mold body and mold mouth components adopt a stepped positioning structure, combined with positioning steel bars, to ensure casting accuracy and repeatability.
Automation Control: Integrating a speed-regulating motor and gear transmission system to precisely adjust the centrifugal speed, adapting to the process requirements of different bushing sizes.
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