HDPE Turnery eccentric Reducer

HDPE Turnery eccentric Reducer
Eccentric reducers HDPE butt fusion reducers for HDPE pipes.
Conformity with the pressure class is also ensured in this eccentric construction. Due to this compact design the space requirement is reduced and the cost minimised when compared to standard fittings.
About this product
HDPE Turnery eccentric Reducer are suitable for potable water in accordance with ISO4427, EN12201, AS/NZS4129
Also available HDPE Turnery eccentric Reducer for waste water

HDPE eccentric Reducer refers to the place where two pipes are connected. The central axes of the two are not on the same straight line, but have a certain eccentric distance. It is mainly used in the pipeline system when the flow direction of the fluid needs to be changed or pipes of different diameters need to be connected, and the height or position of the pipe needs to be adjusted at the same time.

The function of HDPE Eccentric Reducer

The main function of an HDPE eccentric Reducer is to run the pipeline close to the wall or the ground without taking up space and to connect two pipes of different diameters at the same time to change the flow rate. ‌

HDPE eccentric Reducer is a pipe fitting used at the pipe diameter change point. ‌Its design makes the center of the circle not on the same straight line. This feature allows it to be closer to the wall or ground during installation, effectively utilize space, and ensure smooth connection of the pipeline. ‌Compared with HDPE concentric Reducer, eccentric Reducer can better adapt to the needs of spatial layout when connecting pipes of different diameters, avoiding space waste. ‌In addition, the use of an eccentric Reducer can also help adjust the flow rate of the fluid to ensure more precise flow control of the system. ‌

In practical applications, the role of eccentric reducers is particularly important, especially when it is necessary to change the direction of the pipeline or reduce the space occupied. ‌For example, in water systems, the use of eccentric reducers can effectively solve the problem of gas blockage. ‌When absorbing water, if a concentric reducer is used, gas accumulation may cause gas blockage and noise, affecting the performance and water delivery capacity of the water pump. ‌The design of the eccentric reducer allows the separated gas to be discharged in time, thereby avoiding the occurrence of gas blockage and ensuring the normal operation and efficiency of the system. ‌‌