How to Solve Material Scattering Problem of Belt Conveyor ?

Belt conveyor, which is also called continual conveyor, is a kind of conveying machine used for transporting materials in a certain line continuously. Its transmission line is generally constant and it is able to take horizontal or tilting transmission. The machine has a great transmission capacity and long distance, it can also achieve some process operations simultaneously. The development of high-new equipment requires plentiful functional materials and the application of modern fine crushing technology has become an important symbol of embodying the national technology level.Recently, Hongxing Company improved new type of three-ring micro powder grinding machine, winning the foreign customer"s favor. In the   material commissioning scene, we witness from the material feeding to   the belt conveyor conveying, from indirect heat-transferring dryer into the main mill for grinding, then returning material through analysis machine, and outputting the end product materials, the whole process of the mill is   operating normally, efficiently and fluently, gaining the customers" full trust on technological content and quality of the modified mill and, in the meanwhile, but they have also caused widespread concern within the industry.First, material scattering in transfer point mainly drops in the hopper or the guide chute, etc. As the belt conveyor seriously overload, a guide chute blocking rubber apron will be damaged, which makes material out of the guide chute. The situation can be resolved in control of the transport capacity and strengthen maintenance.Second, material scattering of concave section hanging. When the concave curvature radius is small, belt will be suspended, and then belt chute conditions are changed. Therefore, in the design phase, we should use larger concave curvature radius to avoid such situations. For example, design an arc transition interval in the mobile machinery loader, stacker reclaimer equipment in order to shorten the tail car, when the...