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Features
THE FILTERING PROCESS Grooved, compressed plastic disc rings produce a deep filtration process. As dirty water is pumped into the filter and pressure increases on the outside of the filter, the water pressure compresses the rings together tightly.
Grooves in the disc rings crisscross, forming a three dimensional network that traps particles. The number of crisscrossed intersection points on each groove varies, depending on filtration grade. The turbulence in the varying paths and the large number of intersections create an environment where particles are eventually trapped.
This design filters the dirty water thoroughly, not only on the outer surface of the cylindrical disc filter, but through the entire depth of every ring’s grooves. The result is a larger, more efficient filtering area (when compared to screen filters) with more debris being captured and cleaner water exiting from the filter.
Product Usage
● Irrigation System Water Filtration: Prevent Irrigation System Blockage, Improve Irrigation Efficiency
● Water treatment: water treatment for different purposes; water from industrial, civil, urban construction, etc. used for irrigation systems at Gore Stadium, parks, etc.; desalination equipment for reverse osmosis filtration
|
Pic |
Item No. |
Description |
Size |
Interface mode |
Element |
Filter grade |
Maximum working pressure |
Maximum flow rate |
|
|
DFS-3NR/A |
Disc filter |
3" |
Thread, Thread, Thread |
Disc |
75/120 /150mesh |
10Kg/cm² |
45m³/h |
|
Description |
Item No. |
A |
B |
C |
E |
M |
H(mm) |
W(mm) |
X(mm) |
|
Disc filter |
DFS-3NR/A |
3"male thread |
3"male thread |
3"male thread |
3/4"female thread |
1/4"female thread |
738 |
338 |
148 |
Case Show:
http://www.dfsgg.net/