Stainless Steel Flange Y Strainer
Specifications
Design Standard |
BS5155, EN593, SH3411 |
End Flange Standard |
EN 1092 PN10/16, ANSI 150LB, JIS 10K |
Face to Face Dimension |
EN 558-1 Series 1 |
Testing Standard |
EN 12266-1, ISO 5208, API 598 |
Temperature |
-20℃~120℃(depends on the gasket material) |
Body&Cover Material |
CF8, CF8M, CF3M, etc |
Filter Screen Material |
SS304, SS316 |
O-Ring Material |
NBR / EPDM / PTFE / SS304+Graphite |
Installation Direction |
Horizontal or vertical installation |
Connection Type |
Threaded, Flanged and Socket welded |
Certificates |
ISO9001, CE, WRAS, ACS |
Dimension

Size |
Ф D1 |
Ф D2 |
PN10 |
PN16 |
b |
L |
H |
Plug |
||
Ф D3 |
n - Ф d |
Ф D3 |
n - Ф d |
|||||||
DN50 |
165 |
99 |
125 |
4-19 |
125 |
4-19 |
20 |
230 |
150 |
1/2" |
DN65 |
185 |
118 |
145 |
4-19 |
145 |
4-19 |
20 |
290 |
160 |
1/2" |
DN80 |
200 |
132 |
160 |
8-19 |
160 |
8-19 |
22 |
310 |
200 |
1/2" |
DN100 |
220 |
156 |
180 |
8-19 |
180 |
8-19 |
24 |
350 |
240 |
1/2" |
DN125 |
250 |
184 |
210 |
8-19 |
210 |
8-19 |
26 |
400 |
290 |
3/4" |
DN150 |
285 |
211 |
240 |
8-23 |
240 |
8-23 |
26 |
480 |
330 |
3/4" |
DN200 |
340 |
266 |
295 |
8-23 |
295 |
12-23 |
30 |
600 |
380 |
3/4" |
DN250 |
405 |
319 |
350 |
12-23 |
355 |
12-28 |
32 |
730 |
480 |
1" |
DN300 |
460 |
370 |
400 |
12-23 |
410 |
12-28 |
32 |
850 |
550 |
1" |
DN350 |
520 |
429 |
460 |
16-23 |
470 |
16-28 |
36 |
980 |
680 |
2" |
DN400 |
580 |
480 |
515 |
16-28 |
525 |
16-31 |
38 |
1100 |
780 |
2" |
DN450 |
640 |
548 |
565 |
20-28 |
585 |
20-31 |
40 |
1200 |
830 |
2" |
DN500 |
715 |
609 |
620 |
20-28 |
650 |
20-34 |
42 |
1250 |
910 |
2" |
The stainless steel Y-type strainer is a Y-structured pipeline filtering device equipped with a metal screen inside. It is used to remove solid impurities from the medium in the pipeline. The stainless steel flanged Y filter effectively protects pumps and valves in the pipeline system. Thanks to its simple structure and filtering function, it is widely applied in medium systems such as water and oil, and offers a variety of mesh sizes to meet different requirements.












