Industry Knowledge

The article centers around aluminum alloy. It first states its characteristics like lightweight, high strength, corrosion resistance, etc. Then it details common welding methods such as resistance welding, TIG welding, and MIG/MAG welding, along with their features and application scopes. It further analyzes technical challenges in welding including deformation, porosity, oxide film, and joint softening, and proposes corresponding solutions. Overall, it emphasizes the significance of aluminum alloy welding in modern industry, the need to master proper welding techniques, and looks forward to the innovation and progress of aluminum alloy welding technology with the development of science and technology.

The article mainly focuses on stainless steel. It first elaborates on the characteristics of stainless steel, including different types like austenitic, martensitic, ferritic and duplex stainless steel, and its properties such as corrosion resistance. Then it presents main welding methods like resistance welding, manual arc welding, gas-shielded welding, laser welding and others, along with their application scopes and operating points. It also analyzes technical difficulties in welding such as hot cracking, intergranular corrosion, welding deformation and porosity, and proposes corresponding solutions. Overall, it emphasizes the complexity and importance of stainless steel welding.

This article introduces the FSPR Robotic Riveting Gun System as a solution to the riveting challenges faced by the automotive industry, particularly in the assembly of new car roof components made of multi-layered, differently shaped workpieces. The system utilizes a servo cylinder to deliver high-tonnage riveting force with precision, complemented by real-time monitoring and data analysis. Its successful application has solved technical challenges, enhanced the reliability of riveted connections, contributed to lightweighting automotive bodies, and driven technological progress in the automotive manufacturing industry.

Resistance welding is widely used in automobile manufacturing, aerospace, electronic manufacturing and other industries due to its efficiency and energy-saving properties.

Resistance welding machines, being the cornerstone of modern industry, exhibit a consistent and dependable performance that directly correlates with the seamless operation of the production line and the superior quality of the products.

In the low-voltage electrical industry, the welding quality of the conductive busbar is crucial to the overall performance and stability of the equipment.

In modern industrial manufacturing, welding technology is undoubtedly one of the significant methods for joining metal materials. Among these methods, resistance welding, as an efficient and environmentally friendly welding technique, has gained extensive usage in various sectors such as automotive parts manufacturing, aerospace, and electronic products, due to its distinctive process characteristics.

Nut projection welding machine is an efficient welding equipment widely used in nut welding.

Given the inevitable wear of electrodes, it is crucial to thoroughly comprehend the causes of wear, accurately inspect the degree of wear, and properly replace the electrodes are essential in guaranteeing welding quality and prolonging the lifespan of the equipment.

FSPR self-pierce riveting process emerges as a standout solution, offering unique advantages and becoming the favored choice in the automobile manufacturing industry.

As an innovative welding technology, the medium voltage capacitor discharge resistance welding process provides an effective solution for automotive manufacturers. It not only addresses the issues present in traditional welding processes, but also delivers substantial economic, social and environmental benefits.

Among the numerous manufacturing processes, riveting technology has emerged as a valuable tool for enhancing vehicle body strength and realizing lightweight.