Things you should know about Y Strainer

As a rule, y strainer filter installation is done in pipelines with an average fluid velocity. Piping strainers protect piping pumps, compressors, valves, and other piping equipment from wear and premature damage caused by solid contaminants. Y strainer manufacturer China installed directly in front of the protected equipment. The degree of filtration of the liquid by strainers depends on the size of the holes. It has relative compactness so easy in installation.

The y strainer manufacturer China use following elements to prepare it;

• Hull;
• Cylinder with filter mesh;
• Cover;
• Drain hole;
• Tap for draining sediment;
• Plug.

APPLICATION

The variety of metals from which Y-shaped strainers are made makes it possible to use them in pipelines with an aggressive environment (for example, hydrogen sulfide).

y strainer manufacturer China prepare it to filter liquids in various industrial sectors, including petroleum, construction, chemical, energy, textile, shipbuilding, and even food.

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ADVANTAGES

• A high degree of purification. Depending on the size of the holes for the pipeline, particles with a size of 1 mm or more settle.
• High level of filter docking.
• The outer part of the filter mesh of Y-shaped filters is made of sheet steel with perforated holes. The inner part is made of steel wire. This material is resistant to corrosion, so the filters last a long time and work efficiently throughout the service life.
• Installation and maintenance of filters are done easily & quickly.
• The filters have a large cross-country ability, so a stable pressure is maintained in the pipelines without the risk of its critical decline.

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HOW Y-FILTERS WORK?

When the flow of working fluid, passes through the pipelines filter mesh, its speed decreases. Solid impurities by inertia settle in the cavity of the lid, while lighter impurities are also filtered out. They remain inside the filters as they cannot pass through a filter mesh with small holes. After filtration, the working fluid passes unhindered through the device further through the pipelines, and the filtered contaminants remain inside.