Detailed introduction to the characteristics of stainless steel gear pumps

Stainless steel gear pump is a type of gear pump, specifically a gear pump with acid resistance and stable performance. According to the design scheme provided by the present utility model, an active shaft and a passive shaft are installed on the shell, a gear is installed on a section of the active shaft located inside the shell, and a gear that meshes with the gear is installed on the passive shaft to form a pair of gear pairs. Material inlet and outlet ports are set on the shell, characterized in that a ceramic plate is set on the inner wall of the cavity inside the shell to accommodate the gear pair. This device improves the acid resistance and performance of the gear pump by changing its structure

The KCB stainless steel gear pump has customized oil discharge and return grooves as needed, which reduces the torque force borne by the gears during operation, resulting in low bearing load, low wear, and good pump efficiency

The KCB stainless steel gear pump is equipped with an Enron valve as overload protection. The total reflux pressure of the Enron valve is 1.5 times the rated discharge pressure of the pump, and can also be adjusted according to actual needs within the allowable discharge pressure range. However, it should be noted that this Enron valve cannot be used as a pressure reducing valve for long-term operation. If necessary, it can be installed separately on the pipeline. KCB stainless steel gear pump is mainly used for conveying lubricating oil in lubrication systems of various mechanical equipment. It is suitable for conveying lubricating oil with viscosity ranging from 510-6 to 1.510-3 ㎡/s (5-1500 cSt) and temperature below 300 ℃. Stainless steel gear pump can transport non lubricating oils, beverages, and low corrosive liquids. Equipped with copper gears, it can transport low internal point liquids such as gasoline, benzene, etc. In addition to ordinary motors, this series of stainless steel gear pumps can also be equipped with performance stable motors of the same specifications according to user needs

The above content is compiled based on the problems encountered by the students in their actual work, for reference. If there are any problems, please communicate and correct them in a timely manner