Nano Filtration Membrane

Product Details:

“Use Nano Filtration Membranes for Drinking Water” 
NF 20% (90-200 PPM)

NF 40% (150-360 PPM)

NF 60% (300-700 PPM)

NF 80% (700-1300 PPM)

NF 20 Membrane :

 

Reduces TDS between 20% to 30% (result may vary a little due to water hardness composition).

Flux rate around 30 litres per hour, water wastage is around 30 - 40%.

Suitable for tap water TDS up to 250 ppm

 

 

NF 40 Membrane :

 

Reduces TDS between 40% to 50% (result may vary a little due to water hardness composition).

Flux rate around 24 - 27 litres per hour, water wastage is around 60%.

Suitable for tap water TDS 200 - 400 ppm

 

 

NF 60 Membrane :

 

Reduces TDS between 60% to 70% (result may vary a little due to water hardness composition).

Flux rate around 22- 25 litres per hour, water wastage is around 65%.

Suitable for tap water TDS 300 - 700 ppm

 

NF 80 Membrane :

 

Reduces TDS between 80% to 85% (result may vary a little due to water hardness composition).

Flux rate around 20 litres per hour, water wastage is around 70%.

 

Suitable for tap water TDS 650 - 1300 ppm

Additional Information:

• Production Capacity: 100000
• Delivery Time: 3-4 days
• Packaging Details: 50 Pcs Box

Product Details:

NF delivers slightly coarser filtration than RO, with the ability to remove particles as small as 0.002 to 0.005 μm in diameter. NF is a relatively recent technology that was developed mainly for potable water generation. NF removes harmful contaminants, such as pesticide compounds and organic macromolecules, while retaining higher levels of minerals that RO would otherwise remove. Today's RO systems retain traces of minerals to ensure water tastes well and is safe to consume. Nano-filtration membranes are capable of removing larger divalent ions such as calcium sulfate while allowing smaller monovalent ions such as sodium chloride to pass through.

Difference between nanofiltration and reverse osmosis?

While nanofiltration and reverse osmosis systems have similar designs and operation uses, there are some notable differences between the two. The primary distinction is that nanofiltration is not as rigid as reverse osmosis. It functions with less feed water pressure and is incapable of removing single charge ions from the water as definitely as reverse osmosis membranes.

 

While up to 99% of chlorides and sodium are removed by reverse osmosis systems, nanofiltration membranes typically remove only 50% to 80%. This percentage relies on the type of material and manufacturing of the membrane. However, due to its effectiveness in removing multiple charge ions, nanofiltration is the preferred choice for removing hardness from water while not affecting the total dissolved solids content than would reverse osmosis. 

 

Does nanofiltration remove chlorine?

NF can reduce or remove TDS, hardness, color, agricultural chemicals, high molecular-weight, fulvic materials (which can form trihalomethanes when chlorinated). NF is also used to remove both organics and inorganics from different wastewaters.

Product Details:

“Use Nano Filtration Membranes for Drinking Water”

NF 20% (90-200 PPM)

NF 40% (150-360 PPM)

NF 60% (300-700 PPM)

NF 80% (700-1300 PPM)

NF 20 Membrane :

 

Reduces TDS between 20% to 30% (result may vary a little due to water hardness composition). Flux rate around 30 litres per hour, water wastage is around 30 - 40%. Suitable for tap water TDS up to 250 ppm

 

 

NF 40 Membrane :

 

Reduces TDS between 40% to 50% (result may vary a little due to water hardness composition). Flux rate around 24 - 27 litres per hour, water wastage is around 60%. Suitable for tap water TDS 200 - 400 ppm

 

 

NF 60 Membrane :

 

Reduces TDS between 60% to 70% (result may vary a little due to water hardness composition). Flux rate around 22- 25 litres per hour, water wastage is around 65%. Suitable for tap water TDS 300 - 700 ppm

 

NF 80 Membrane :

 

Reduces TDS between 80% to 85% (result may vary a little due to water hardness composition). Flux rate around 20 litres per hour, water wastage is around 70%. Suitable for tap water TDS 650 - 1300 ppm

Product Details:

Nano Filtration: Today nano filtration is majorly functional in drinking water refinement process steps, such as water softening, discoloring and micro pollutant removal. While for industrial processes nano filtration is functional for the removal coloring agents.

Nano filtration is a pressure associated procedure, during which separation takes place, based on molecule size. The technique is chiefly applied for the removal of organic solutes, such as micro pollutants and multivalent ions.

Applications Of Nano Filtration

• Removes Pesticides From Groundwater
• Removes Heavy Metals From Wastewater
• Wastewater Recycling In Laundries
• Water Softening
• Nitrates Removal

Nano Filtration Element

Product Details: