Thread Content
Flexible chain conveyors/flexible chain conveying systems are widely used nowadays and are very convenient. Such systems consist of a driving mechanism, a tensioning device, a traction chain, a flexible chain, driving and redirecting sprockets, a frame, and other components. It is used in various industries and has a wide range of applications. What the editor will share with you next are the advantages of using flexible chain conveyor systems, as well as tips for maintaining their vulnerable components. If you’re interested, take a look! (1) Flexible chain conveyor lines/flexible chain conveying systems have a wide range of applications – apart from materials with extremely high viscosity, they can be used to transport most solid materials and finished products; moreover, flexible conveying systems possess a high conveying capacity ； (2) The traction chain of the flexible chain conveyor/flexible chain conveying system has high strength, making it suitable for long-distance transportation ； (3) The flexible chain conveyor/flexible chain conveying system has a flexible layout. Compared to belt conveyors, the conveying system can transport materials at larger inclines and with smaller bending radii, thus offering greater flexibility in layout. The inclination angle of flexible conveyor systems can range from 30° to 35°, with a bending radius of approximately 5–8 meters; various processing operations such as sorting, drying, cooling, or assembly can be carried out during transportation. Flexible chain conveyor belts/flexible chain conveying systems experience certain wear and tear over time, and it is therefore necessary to carry out proper maintenance of such systems, especially for those components that are prone to damage. Next, I will focus on sharing with you how to maintain the vulnerable components of the conveying system. The conveyor chain in flexible chain conveyors/flexible chain conveying systems is one of the components most prone to wear. To reduce maintenance needs for the chain, high-strength, wear-resistant chains should be used. These chains are made from high-quality alloy structural steel and undergo special heat treatment and shot blasting processes, resulting in excellent performance, high precision, and smooth surface quality. This ensures stability and wear resistance, thereby extending the service life of the conveyor chain. To extend the service life of the chain, a sealed oiling and lubrication system is used, which can save 5–10% in energy consumption while also reducing noise. I believe that after reading this, everyone has a certain understanding of flexible chain conveyor belts/flexible chain conveyor systems. For such large-scale mechanical equipment, it is even more important to pay attention to their maintenance in order to prevent failures.