When using the sand screener with dewatering, problems such as the screen box breakage of the sand screener with dewatering often occur. Many people will not investigate the cause of the screen box breakage, which will reduce the service life of the sand screener with dewatering and cause relative economical costs. Loss, dewatering screen manufacturers analyze the reasons for the breakage of the screen box of the sand screener with dewatering.

1. It is not a dewatering screen purchased from a regular manufacturer

Since the application of sand screeners with dewatering is very extensive, many manufacturers produce and sell sand screeners with dewatering, which leads to a large number of informal merchants. These merchants often purchase inferior sand screeners with dewatering at relatively low prices after signing contracts and then sell them to users. However, this kind of dewatering screen is often designed and manufactured without relevant knowledge, and there is no rich experience in producing dewatering screens, so there are fundamental problems (design structure treatment, welding seam layout).

Solution: visit the regular sand screener with the dewatering manufacturer on-site.

2. The design of the sand screener with dewatering is unreasonable, and the thickness of the plate does not meet the standard

If it is because of the strength of the screen body of the sand screener with dewatering, the unreasonable structural design of the sand screener with dewatering, or the insufficient thickness of the plate, the screen body of the sand screener with dewatering is cracked.

Solution: It is recommended to add reinforcing ribs to the side plates of the screen box or screen frame of the sand screener with dewatering, the thickness of the plate should be sufficient, and the reinforcing plate should be added outside the screen box or screen frame, the welding materials should be suitable, and the welding process should be correct.

3. The excitation force of the vibration motor is too large

The direction of the exciting force, the installation position, and angle of the motor, the relationship between the force direction and the material flow direction. The synthesis and matching of excitation force, the synthesis of bias force of two vibration motors, and the automatic mutual balance and matching problem.