PRD032Y Filter
- 1" ,Male thread
- Length: 180mm, 0.28kg,
- Flow rate 6m3/h, Max.
- Pressure 6 bar
PRD063Y Filter
- 2" , Size: 290x260x150mm,1.3
- 5kg,
- Flow rate 18m3/h,
- Max pressure 8 bar
PRD040T Filter
- 1-1/4" ,Size
- 270x210x135m,1.02kg
- Flow rate 10m3/h,
- Max. pressure 8 bar
PRD050T Filter
- 1-1/2"
- 270x210x135,1.11kg
- Flow rate 10m3/h
- Max. pressure 8 bar
PRD063T30 Filter
- 2",Size: 630x350x225mm,
- 6.4kg,
- Flow rate 30m3/h,
- Max pressure 10 bar
PRD090T50 Filter
- 3", Size:
- 750x350x225mm, 7.6kg,
- Flow rate 50m3/h
- Max. pressure 10 bar
PRS032Y Filter
- 1" ,Male thread
- Length: 180mm, 0.22kg,
- Flow rate 6m3/h, Max.
- Pressure 6 bar
PRS050Y Filter
- 1-
- 1/2" ,Size 250x220x120mm,
- 0.7kg, Flow rate 10m3/h
- Max. pressure 8 bar
PRS063Y Filter
- 2" ,Size: 290x260x150mm,
- 1.0 kg
- Flow rate 18m3/h
- Max. pressure 8 bar
PRS090Y Filter
- 3" ,Size: 290x260x150mm,
- 1.0 kg
- Flow rate 18m3/h
- Max. pressure 8 bar
PRS 040T Filter
- 1-1/4" ,Size:
- 270x210x135m, 0.75kg
- Flow rate 10m3/h
- Max. pressure 8 bar
PRS063T30 Filter
- 2" ,Size: 630x350x225mm,
- 4.785 kg,
- Flow rate 30m3/h
- Max. pressure 10 bar
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Water filtration is very important to almost any irrigation system. Appropriate filtration can help to extend the life and improve the maintenance of any irrigation system.
For drip or micro sprinklers emitters, filtration is a basic need to avoid clogging. A sand grain, rust and other materials can block micro and mini and sprinklers’ nozzles which could cause unintentional plants dehydration. Many water sources like reservoirs, rivers and of course waste water contain a lot of organic materials such as alga and bacteria, that have to be removed especially from drip irrigation, mist spray [Nebulization] and micro-sprinkle systems, as small as they are. Not removing those substances can lead to creation of dirt accumulations and colonies of harmful material within the emitters and the rest of the equipment. Naturally, rust and sand grains are a safe platform for coating by organic materials and creating large chunks within the systems, causing a total blockage of water transferring.