Chains are ubiquitous in industrial, automotive, and mechanical systems—from conveyor chains moving assembly line parts to timing chains synchronizing engine components. For these chains to function reliably, every link must meet strict dimensional and st...

In the chain manufacturing industry, the performance of a chain welding machine directly determines the quality, strength, and service life of the final chain products. However, with a wide range of chain materials (such as stainless steel, carbon steel,...

Chain welding machines rely on the precise coordination of three core parameters—current, voltage, and welding time—to achieve strong, uniform welds that meet industrial standards (e.g., ISO 606 for roller chains). Improper parameter settings often lead t...

链条焊接机作为矿山、输送、起重等行业链条生产与维修的核心设备，通过高温电弧（温度可达 6000-8000℃）或高频感应加热实现链条接头的熔接，其操作过程伴随高温辐射、金属飞溅、高压电击等多重风险。据行业安全数据统计，未规范操作导致的 “高温烫伤”“电弧灼伤”“设备漏电触电” 等事故，...

Chain welding machines are core equipment in the chain manufacturing industry, responsible for forming strong and stable joints between chain links. However, in long-term high-intensity operations, issues such as weak weld joints, equipment overheating, a...

In the chain manufacturing industry, the choice of chain welding machine directly determines the strength, durability, and production efficiency of the final chain product. Among the various factors influencing machine selection, chain material stands out...

In the chain manufacturing industry, traditional chain welding machines rely heavily on manual operation—from adjusting welding parameters (current, voltage, time) to aligning chain links and transferring workpieces. This not only leads to inconsistent we...

Chain welding machines are critical equipment in the manufacturing of industrial chains (e.g., roller chains for conveyors, engineering chains for heavy machinery). However, during long-term operation, faults such as weld cracking, electrode wear, and fee...

Chain connection is a critical step in chain manufacturing and maintenance, directly impacting the performance, lifespan, and safety of chain-driven systems. Two primary approaches dominate the industry: chain welding machines (automated or semi-automated...

Selecting the right chain welding machine is critical to ensuring consistent weld quality, operational efficiency, and long-term cost-effectiveness in chain manufacturing and maintenance. Chains vary widely in material, structure, and application—from lig...

In chain manufacturing, welded joint cold welding (incomplete fusion) and chain deformation are the two most frequent faults of chain welding machines. Cold welding leads to weak joint strength (easily breaking under load), while chain deformation (e.g.,...

Chain welding machines are critical equipment in chain manufacturing, relying on high-current arc welding or resistance welding to join chain links. However, their operation involves significant risks—including electric shock from high-voltage circuits, b...