As we all know, the Sand making machine is the core equipment for the production of sand made from river pebbles and artificially controlled sand. It has a high-performance crushing and sand making production, which can meet the demand for aggregates for sand and gravel, and has outstanding features in construction and municipal construction. Performance. Sand production line in the output, quality are to meet the requirements of the construction of the project, but also can adapt to the requirements of mechanized construction.
But usually the equipment is subjected to wind, sun, rain, and other external factors, or its own operating problems, etc. will make the sand making machine equipment less efficient. The key components of the sand making machine usually include bearings, impact blocks (also known as plate hammer), counterattack Liners, shell liners, and rotor body guards. How to make these components work best and prolong their service life requires that we not only operate according to the rules and regulations but also know how to maintain and replace them.
First of all, we first understand the bearing of the sand making machine. The bearing is mainly used to fix the hammer and the plate to hammer or impact the plate, so that it can be well matched with the motor. In addition, the bearing is also a necessary component since the crusher often uses a rotating device to connect with the driver. The bearing lubrication technology used in Sand making machine mostly uses lubricants and lubricating oils, which can effectively reduce the wear between machines and increase the service life of the equipment.
Second, the sanding machine wear solution: impact block (plate hammer) is the most serious wear in the sand making machine, then what are the factors that affect the plate hammer wear? In addition to normal wear in production, we learned that the processing capacity of the sand making machine also has a certain influence on the wear of the plate hammer. When the processing capacity increases, the product particle size will become coarser, the crushing ratio will decrease, and the unit pure abrasion of the plate hammer will also decrease. Similarly, changing the size of the discharge gap can also change the thickness of the product particle size to some extent. There is also a certain influence on the hammer wear.
In addition to the above, after the new equipment is put into production, necessary inspections every day are indispensable. The same is true for the sand making machine. After each shift, it is necessary to conduct a comprehensive inspection. In particular, bearing seals, counter-attack linings, and wear and seal of the liner must all be inspected in an all-round manner, and some necessary for the gap between the rotor of the sand making machine and the counterattack liner. The adjustment can also effectively ease the wear of various wearing parts.