This study investigates the development of grey cast iron materials with enhanced machinability and cost-effectiveness for engine cylinder block applications. […]
ASME SA-217 C12A valve body casting material is a high-alloy heat-resistant steel developed in the United States. It exhibits exceptional
In industrial applications requiring prolonged exposure to high temperatures, steel castings such as GX40CrSi17 ferritic heat-resistant alloys play a critical
Lost foam casting (LFC) has undergone transformative advancements through the development of a novel shell mold baking and vacuum pouring
The V-process casting technique, characterized by vacuum-sealed molding with dry sand and plastic films, has demonstrated significant advantages in producing
The integration of 3D printing with precision investment casting represents a groundbreaking advancement in modern manufacturing. This synergy enables the
In modern foundry industries, traditional trial-and-error methods for designing casting processes face limitations due to empirical dependencies, cost constraints, and
In evaporative pattern casting of ductile iron components, the design of gating systems and prevention of shrinkage defects remain critical
This study presents a comprehensive optimization methodology for low-pressure casting process parameters of A356 aluminum alloy sleeves, integrating numerical simulation,
As a materials engineer specializing in sand casting processes, I have witnessed the revolutionary impact of high-performance coated sand on
In our extensive experience with manufacturing excavator casting parts, particularly bucket teeth, we’ve identified sand casting as a dominant method
In the production of high-strength steel wheels, casting defects such as cracks and porosity can significantly compromise structural integrity. This
Sand inclusion and gas hole defects remain persistent challenges in green sand casting processes. Through collaborative research with technical partners,
This technical analysis examines the premature fracture of a QT800-3 ductile iron casting crankshaft during full-load bench testing. The study
As the core component of automotive power systems, the engine cylinder block directly impacts engine performance, fuel efficiency, and reliability.
Traditional pattern-based casting methods often fail to meet the short-cycle and low-cost demands of small-batch production for tractor components like
Grey cast iron remains indispensable in manufacturing due to its unique combination of mechanical properties, cost-effectiveness, and processability. This article
The manufacturing level of engine blocks serves as a critical indicator of a nation’s industrial capabilities and automotive development. Continuous
As an engineer specializing in casting technology, I embarked on designing an efficient shell casting process for a gear oil
This study investigates the precision investment casting process optimization of a 42CrMo4 steel fixed disk component for automotive air-conditioning compressors.
Low-pressure casting has evolved significantly since its inception over a century ago, becoming a critical method for producing high-integrity aluminum
In our foundry operations specializing in large-scale valve components for nuclear and marine systems, we consistently confront the challenge of
In sand casting production, process parameters significantly influence casting quality while complex 3D geometries create inherent quality control challenges. This
Steel castings play a critical role in engineering applications requiring high strength and fatigue resistance, such as railway bogies and
This study presents a systematic approach to resolving persistent quality issues in 11L commercial vehicle engine cylinder block castings through
In the production of large and medium-sized resin-bonded sand casting parts, burn-on defects remain a critical challenge. These defects primarily
This study systematically investigates the filling behavior of grey cast iron in expendable pattern casting (EPC) through orthogonal experiments and
In practical casting production, numerous defects inevitably occur, making process design and optimization critical for quality assurance. The effectiveness of
Surface defects like pitting corrosion critically impact the performance of aluminum alloy casting parts in demanding applications. This study comprehensively
In the production of rump pan assemblies for scraper conveyors, defects such as shrinkage porosity, misruns, and cold shuts frequently
