Ductile iron castings are critical components in wind turbine systems, including hubs, main frames, and bearing housings. Their complex geometries […]
Heat treatment fundamentally transforms metallic components through controlled heating and cooling cycles, enabling tailored mechanical properties that maximize material potential,
In modern foundry practices, furan resin sand casting has become a cornerstone for producing high-integrity sand casting parts due to
Frequent maintenance and replacement of Semi-Autogenous Grinding (SAG) mill lining plates significantly impact operational efficiency and cost in mineral processing
Surface defect detection in engine cylinder block manufacturing is critical for ensuring product quality. Traditional manual inspection methods suffer from
This study focuses on enhancing the efficiency and quality of railway steel castings produced via green moulding clay sand, addressing
This article presents a comprehensive analysis of precision investment casting for a stainless steel shell characterized by intricate geometries, uneven
Our research focuses on enhancing the mechanical and thermal properties of vanadium-titanium (V-Ti) grey cast iron through systematic composition design,
AlSi7Mg alloy is extensively utilized in aerospace and automotive industries due to its exceptional formability, high corrosion resistance, and balanced
Excavators are indispensable in infrastructure projects, with China’s fleet exceeding 1.3 million units. Bucket teeth endure extreme wear as primary
Gearbox housings, as critical components in mechanical systems, require exceptional dimensional accuracy, surface quality, and structural integrity. Traditional casting methods
Sand casting remains a cornerstone in manufacturing due to its cost-effectiveness and adaptability for complex geometries. This study investigates the
China’s casting industry has experienced unprecedented growth over the past two decades, positioning itself as a global leader in production
During durability testing of a 2.0T engine with aluminum alloy main bearing covers manufactured through high-pressure die casting (HPDC), catastrophic
This study addresses the challenges in producing high-hardness steel castings for roller teeth used in roller crushers. The components require
Sand casting parts made of duplex stainless steels, such as A995-5A, face significant challenges in avoiding crack defects due to
Through systematic material testing and process optimization, this study establishes critical parameters for producing engine cylinder blocks using vermicular graphite
This study investigates the critical role of titanium (Ti) in optimizing ductile iron casting processes for automotive brake discs. Through
As the Steel Casting Branch of the China Foundry Association, I have witnessed the remarkable evolution of China’s steel casting
Manufacturing robust components through casting requires specialized coatings that withstand extreme thermal and mechanical stresses, particularly for large casting production.
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
