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Flanged Y Type Strainer

Flanged Y Type Strainers are designed to eliminate contaminants from a medium using a perforated or wire mesh straining element.

 

Typically, they are positioned at the inlet of pressure-reducing valves, pressure relief valves, or fixed water-level valves to enhance the cleanliness of the medium and extend the lifespan of valves, pumps, meters, and other equipment. Common materials used for the body of Flanged Y Type Strainers include cast iron, cast steel, and stainless steel. We offer various standards (ASME, DIN, BS) for Flanged Y Type Strainers to cater to the diverse requirements of our clients.

 

Different Types of Flanged Y Type Strainer

Flanged Y Type Strainer Technical Specifications

Class Nominal diameter Unit Main connection dimension
Inch DN L H h1
150Lb (2.0Mpa) 1/2" 15 mm 140 70 150
3/4" 20 mm 140 70 150
1" 25 mm 150 80 160
1-1/4" 32 mm 180 90 180
1-1/2" 40 mm 200 100 240
2" 50 mm 220 130 250
2-1/2" 65 mm 250 165 350
3" 80 mm 280 195 390
4" 100 mm 320 230 450
5" 125 mm 350 300 520
6" 150 mm 380 335 580
8" 200 mm 480 420 690
10" 250 mm 550 500 800
12" 300 mm 600 580 950
14" 350 mm 640 640 1150
16" 400 mm 800 700 1360
18" 450 mm 860 790 1480
20" 500 mm 900 875 1650

 

Features and Benefits of Flanged Y Type Strainer

Flanged Y Type Strainers feature a sophisticated design, low flow resistance, and ease of sewage discharge.

These strainers provide a cost-effective solution for filtration in a variety of applications.

They offer flexibility and convenience for installation and relocation, as well as simplicity in operation and management.

With high efficiency, a long operational lifespan, customizable filtration accuracy, and comprehensive specifications, Flanged Y Type Strainers are a reliable choice.

Major Applications of Flanged Y Type Strainer

Y Type Strainers find applications across numerous industries, including agricultural irrigation, water supply filtration systems, circulating water filtration, petrochemicals, electromechanical, and pharmaceutical wastewater ion exchange pretreatment. Their design and functionality make them essential in the treatment of both domestic and industrial wastewater.

 

These strainers are effective in managing substantial volumes of sewage in various sectors, promoting the efficient reuse of valuable water resources and conserving significant amounts of water. Furthermore, the treated water quality not only complies with national emission standards but also supports the goals of recycling and repeated use.

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