Page 2 of News: Company, Products, Events, Industry

The forging process of magnesium alloys is one of the most important technologies in modern industrial production. With its lightweight nature, high strength-to-weight ratio, and excellent fatigue resistance, magnesium alloys hold great potential in various industries such as automotive, aerospace,...

  In modern manufacturing, stamping technology plays a crucial role. It not only enhances production efficiency but also makes the processing of complex components possible. Among the various stamping processes, cold stamping and hot stamping are the two most commonly used methods. While both rely...

Stainless steel plays a crucial role in modern industries, being widely used in fields such as chemical engineering, aerospace, and healthcare. However, its unique physical and chemical properties make the forging process challenging. Forging stainless steel not only demands a high level of technical...

Forging is an important equipment in many industrial fields, especially in the process of pressing powder materials into balls plays a key role. Its product characteristics, functional uses and industrial requirements are the key elements to understand the performance of the equipment. The following...

In the motorcycle industry, forged aluminum alloy is increasingly favored for its many advantages. This material has low density, moderate strength, excellent corrosion resistance, easy molding, easy welding, beautiful appearance, strong durability and easy recycling. These properties make aluminum...

Steel forging is a key metalworking method in the manufacturing process and is widely used in the production of various industrial components. However, in the process of steel forging, there may be some defects, which will affect the quality and performance of the final product. Although these defects...

The wing nut is a fastener widely used in various industries and is popular for its versatility and ease of operation. They are particularly suitable for occasions that require frequent disassembly, such as the fixing of mechanical equipment and building structures. Among the many types of wing nuts,...

Surface treatment technology of stainless steel forgings is an important means to improve the appearance and performance of products. This paper will introduce the main methods of polishing stainless steel surface, analyze their advantages and disadvantages and scope of application, and provide reference...

Stainless steel forgings are widely used in industry because of their excellent corrosion resistance. However, under certain conditions, forgings may still suffer from corrosion. The corrosion mechanism mainly includes chemical corrosion and electrochemical corrosion. These two corrosion mechanisms...

Plastic deformation is an important concept in material mechanics, which describes the irreversible deformation of a material that exceeds the elastic limit. For forgings, plastic deformation is an indispensable part of the forming process, because it directly affects the final shape and performance...

In industrial production, heat treatment is one of the important processes to improve material properties. However, there are many misunderstandings about heat treatment, which not only affect production efficiency, but also may lead to product quality problems. This article will explore some common...

The selection of the most reliable raw materials is a prerequisite for ensuring the quality of forgings. We believe that the main link to determine the quality of raw materials is the melting of materials, ingot casting, semi-finished product processing. The technical requirements of raw materials for...

​In the heat treatment process of forging, heating and cooling are two key links, which have an important impact on the final mechanical properties and service life. This paper will discuss the calculation methods required for uniform heating and cooling of forgings, focusing on how to accurately predict...

Aluminum and its alloys are one of the most widely used non-ferrous metals today, and its output is second only to steel. The amount of aluminum in the Earth's crust is about 8.13%, which is more than twice that of iron and even more than all other non-ferrous metals combined. This abundance of...

In the die forging process, stainless steel is a common forging material. After die forging, the microstructure and macroscopic properties of stainless steel forgings are optimized through a series of fine heat treatment processes. These processes include solid solution treatment, stress relief treatment,...

The development of cooling specifications for forgings, the key is to choose the appropriate cooling rate. Usually according to the chemical composition of the billet, organizational characteristics, the original state and section size and other factors, refer to the relevant information to determine...

Many factors affecting the mechanical properties of forgings after quenching after heat, including heating temperature, forging deformation temperature (the beginning of forging〉, the final forging temperature, deformation, deformation rate, the final forging to the quenching of the residence time before...

When it comes to towing heavy loads, having the right equipment is crucial not only for ensuring safety and stability on the road but also for enhancing overall efficiency and reducing operational costs. Among these essential components, a forged aluminum hitch ball mount stands out as a key element...

The Ancient Origins of Drop Forging Drop forging, a metalworking process involving the shaping of heated metal under the force of a hammer, is one of the oldest and most fundamental techniques in metallurgy. This process dates back to ancient times, with early evidence of forging techniques found in...

Choosing between aluminum forging and casting is crucial, impacting product performance, cost, and aesthetics. Each method has unique advantages suited to specific applications. This article explores aluminum forging and casting intricacies, strengths, and ideal uses. Understanding these differences...