F90FM
Irrigation Filter System
Irrigation Filter System
Pressure
Tube
Efficient Filtration
Water Saving & Cost Saving
0.7-10bar
3''x3''x3''
Vic
50m3/H
0.7-10bar
5.5kg
Arka
Arzud
Arkal
PA
Arka/Arthas
Carton
378*192*287mm
China
8481804090
Product Description
Filter Backwash Hydraulic Valve
PRODUCT DESCRIPTION
| Type: | Other Watering & Irrigation | Place of Origin: | Fujian, China |
| Brand Name: | ARKA | Model Number: | F90FM |
| Material: | Plastic | Size: | 378*192*287mm |
| Product name: | 3 inch Backwash | Usage: | Agriculture irrigation |
| Function: | Backwash Valve | Filter Type: | Backwash Valve |
| ARKA Model | Connections | Max Pressure (bar) | Max Flow (m3/h) | G.W. (kg) |
| F90FM | 3" | 0.7-10 | 50m³/h | 5.5 |
SUPPLY ABILITY: 10000 pieces per month
PACKING&DELIVERY
FEATURE & ADVANTAGE
PACKING&DELIVERY
| Packaging Details: | Carton |
| Port: | Fuzhou |
FEATURE & ADVANTAGE
1.Manufactured in polypropylene
2.Resistance to hemical products, wear-resistant
3.Chip built-in controller to collect water pressure data, achieve unmanned automatic perform
4.Continuous filtering for water supply during back flush
5.Smart back flush auto-procedure setting by the discrepancy of water pressure between inlet&outlet
6.Manual setting for the back flush procedure regulary
7.Efficient water saving in auto-flushing with minimum pressure 2.8 bar and flow rate 5 L/s minmum
THE UNIQUE DISC TECHNOLOGY
1. ARKA adopt colorful & thin polypropylene discs of micron precise level. The discs are diagonally grooved on both sides in opposite directions.
2. A series of discs are stacked and compressed on a specially designed filter spine.
3. The grooves of any two adjacent discs with opposite direction pressed together,then it will create a series of crossing points which form multiple particle traps.
4. In the filtration process, the force of the spring along with the differential pressure firmly compresses these discs together and providing exceptional filtration efficiency.
5. Filtration occurs as water percolates from micron rating,there are multiple crossing points in each track, creating distinctive in-depth filtration.
2. A series of discs are stacked and compressed on a specially designed filter spine.
3. The grooves of any two adjacent discs with opposite direction pressed together,then it will create a series of crossing points which form multiple particle traps.
4. In the filtration process, the force of the spring along with the differential pressure firmly compresses these discs together and providing exceptional filtration efficiency.
5. Filtration occurs as water percolates from micron rating,there are multiple crossing points in each track, creating distinctive in-depth filtration.
OUR PROJECT
EXHIBITION
CERTIFICATE
