The steam trap is one of the essential valves in the steam system.

Commonly used classifications according to the characteristics of traps: inverted bucket traps, float traps, disc traps, bimetal traps, thermostatic traps, and pressure differential control traps.

According to the material classification of traps: cast iron traps, cast steel traps, stainless steel traps, alloy steel traps.

The inverted bucket steam trap has the characteristics of energy saving and reliable performance. Among the working principles of various steam traps, the inverted barrel steam trap is the most reliable. It is believed to be a unique lever system. The buoyancy provides the upper and lower forces of the inverted barrel to drive the valve to open and close. The inner bucket opening is facing downwards, which can prevent the impact of water hammer. Thereby reducing the wear of internal components and prolonging their service life.

The inverted bucket steam trap can provide drainage for almost all steam transmission pipelines, heating pipelines and steam equipment. The inverted bucket can work stably and reliably for a long time inside the steam trap shell, which not only reduces maintenance costs, but also saves steam energy .

The inverted bucket valve disc and valve seat are located on the top of the valve body, and dirt will not accumulate at the valve outlet. Fine impurities When the bucket sinks and opens, the impurities will be quickly discharged with the condensed water under the action of pressure difference.