In lost foam casting (LFC) production of QT450-10 ductile iron reducer housings, defects such as surface inclusions and shrinkage cavities […]
With industrial development, the volume of solid waste like fly ash and slag continues to increase. Traditional storage methods pollute
As a leading steel castings manufacturer, I have witnessed firsthand the growing emphasis on high-quality development and the implementation of
In our production of Y-series four-cylinder lightweight diesel engine gray iron integrated cylinder heads, we encountered significant leakage issues during
As a researcher deeply involved in the field of advanced manufacturing, I have witnessed the transformative impact of numerical simulation
Steel casting components, particularly pump casings, face significant challenges in balancing quality and manufacturing costs. This study focuses on optimizing
In industrial applications, vacuum pump housings are critical components that endure harsh conditions, including continuous exposure to water and abrasive
In the development of large diesel engine components, the bearing cover plays a critical role in securing and supporting the
As a leading steel castings manufacturer in China, we have dedicated years to refining our production processes and facility layouts
In the manufacturing of marine diesel engine components, cylinder heads are critical due to their complex geometry and demanding service
In the field of advanced manufacturing, particularly for aerospace components, the lost wax investment casting process is critical for producing
In my research on industrial automation and quality control, I have focused extensively on fault detection and diagnosis (FDD) for
In the field of engineering education, foundry technology plays a pivotal role in shaping students’ practical skills and innovative thinking.
In the field of lost foam casting, also known as evaporative pattern casting (EPC), the use of transfer coatings is
In my experience working with aerospace hydraulic systems, I have found that aerospace casting parts and other forged components play
In sand-lined metal mold casting processes, nitrogen porosity defects frequently manifest as irregular cavities concentrated near the upper outer radius
High manganese steel castings are widely utilized as wear-resistant materials in various industrial applications, including mining, metallurgy, and power generation,
As an experienced steel castings manufacturer, we have dedicated significant efforts to designing and operating efficient foundries that meet high
Enhancing the operational lifespan of the shell lining plates within the Φ10.37 m × 5.19 m large semi-autogenous (SAG) mill
In my extensive experience with foundry processes, I have observed that the lost wax casting method stands out for its
In modern foundry practices, ensuring the metallurgical quality of iron alloys is critical for producing defect-free castings. As a researcher
In my experience with metal casting production, addressing metal casting defects is critical for ensuring the quality of components like
In the field of lost foam casting, the production of complex thin-walled components like flywheel housings presents significant challenges due
In the field of advanced materials engineering, the demand for high-performance alloys in aerospace applications has driven significant research into
In the field of aerospace manufacturing, lost wax investment casting plays a critical role as an advanced near-net-shape forming method
In the production of ductile iron castings, particularly for applications like diesel engine cylinder liners, the emergence of black spot
As a researcher in materials engineering, I have extensively studied the factors influencing the quality of high manganese steel castings,
In my extensive experience within the foundry industry, I have observed that dimension inspection is a critical process to ensure
In the field of metallurgical production, continuous casting technology represents a pivotal advancement in foundry technology, enabling the direct transformation
This article presents a comprehensive analysis of the lost foam casting process for thick-walled ductile iron casting components, focusing on
