WPL3 reducer

WPL3 reducer, the reducer whose center is in a straight line is called concentric reducer. It is used in the connection of straight pipes and cannot change the direction of pipes

The pipe orifices at both ends of WPL3 reducer are circumferentially inscribed, generally used for horizontal liquid pipelines. Reducers are also called reducers. The diameters of pipe orifices at both ends are different, and they are used to connect pipes or flanges of different diameters for reducing. The center of pipe orifices at both ends of WPL3 reducer is on the same axis. When reducing, if the pipe position is calculated based on the axis, the pipe position will remain unchanged. It is generally used for gas or vertical liquid pipe reducing

Precautions for using WPL3 reducer:

1. If the fluid flow changes in the pipeline, it will become larger or smaller. If the requirements for flow rate change are not strict, we can choose to use a reducer

2. Avoid the impact of cavitation on the big and small head at the big and small head pumps

3. If it is matched with some instruments, such as regulating valve or flowmeter, we can also select reducer again

In addition to using steel pipes as raw materials to produce WPL3 reducers, steel plates can also be used to produce some sizes of reducers. The shape of the die used for drawing is designed according to the size of the inner surface of the reducer, and the blanking steel plate is punched and stretched with the die. In production, the door frame assembly is often uneven at the interface between the body and the cross head, which greatly affects the matching. Reducer is a kind of pipe fitting used at pipe reducer. The commonly used forming process is reducing and expanding, or reducing and expanding, and stamping can also be used for some sizes of reducer. For example, for a door frame with a standard size of 140mm wide, the measured width becomes 141 during assembly. 1mm。 The reducer shall be controlled and used in accordance with the process and production principle during the forming and manufacturing, and shall be strictly controlled and used in accordance with the above processes and standards