The DN350 ductile iron y-type strainer is designed to remove solid impurities such as sand, rust, and debris from fluid systems, protecting downstream valves, pumps, meters, and other pipeline equipment from damage and blockage.

Featuring a compact Y-shaped body, the DN350 strainer allows smooth flow with low pressure loss while providing efficient filtration. The removable filter screen enables easy cleaning and maintenance without dismantling the entire pipeline, making it highly suitable for continuous operation systems.

In medium- and large-diameter pipeline systems, DN350 ductile iron y-type Strainers are widely used as essential protective components. With durable materials and precise manufacturing, the strainer ensures stable performance, long service life, and reliable operation under various working conditions.

Advantages of DN350 ductile iron y-type strainer:
1. Efficient filtration performance

The DN350 ductile iron y-type strainer effectively captures solid particles in the medium, preventing impurities from entering and damaging critical equipment, thereby improving system safety and reliability.

2. Low pressure loss design

The Y-shaped structure ensures smooth fluid flow and minimizes pressure drop, making it suitable for applications where flow efficiency is critical.

3. Easy maintenance and cleaning

Equipped with a removable stainless steel filter screen, the strainer allows quick cleaning and maintenance without cutting or removing the pipeline, reducing downtime and maintenance costs.

4. Wide material and application adaptability

Available in ductile iron, carbon steel, and stainless steel, the DN350 ductile iron y-type strainer can be used in water, oil, gas, steam, and other industrial media under different pressure and temperature conditions.

Applicable working conditions of DN350 ductile iron y-type strainer:

The DN350 ductile iron y-type strainer is especially suitable for pipeline systems where fluid cleanliness is critical and downstream equipment requires effective protection.

For example:

Municipal water supply and drainage:
Installed upstream of control valves, water meters, and pumps to filter impurities and ensure stable operation of the water distribution system.

Water and wastewater treatment plants:
Used in raw water intake pipelines, pump stations, and treatment units to remove debris and protect key processing equipment.

Industrial pipeline systems:
Applied in petrochemical, chemical, and manufacturing facilities to prevent solid particles from entering precision equipment and valves.

Power and HVAC systems:
Installed in cooling water, heating, and steam pipelines to protect heat exchangers, pumps, and control valves from clogging and wear.