Water Pretreatment 90 mm Wedge Wire Filter FOTI Low Pressure Drop Non Obstructive

Water Pretreatment 90 mm Wedge Wire Filter FOTI Low Pressure Drop Non Obstructive 

Item code: FOTI-0.02MM-316L

• Filter OD:   80 mm
• Filtering slot:   300 micron
• Length:   137 mm
• End Fittings:  Flange 
• Material:  316L stainless steel wedge wire
• Filtering direction: FOTI

Product Character:

1. Stainlss steel Wedge wire filter construction, high porosity, crack size precision. Especially suitable for the well fine sand and silt stratum.

2.Stainlss steel Wedge wire filter easy back flush, long service life, safe and reliable, comprehensive cost is low.

3. Higher porosity of the filter is more suitable for building efficient water, oil, gas well.

4. Operation cost is low, high porosity of the filter is more advantageous to the groundwater infiltration. Abundant water makes the water level drop deep reduced, thus reducing energy consumption. Especially suitable for the well fine sand and silt stratum. 

5. Reduce pump wear, under the same conditions, higher porosity makes the groundwater in the infiltration strainers speed is infiltration other filtering device speed will slow, so avoid sand in large hydraulic pressure down into strainers, reducing water pump wear.

6. Prolong the service life of the Wells, relative to character, groundwater infiltration pore rate is high.

Application :

Application for all kinds of suspending liquid solid liquid separation, wide range,. Is suitable to the medicine. Food. Chemical. Environmental protection. Water treatment and other industrial fields.

product features :

   The machine adopts SUS304 or SUS316L stainless steel, corrosion resistance, durable, according to different filter media and production process (spurt. Half fine filter. Fine filter) requirement, change different filter material, use direct microporous membrane filter can achieve the purpose of sterile. Users can also according to the size of the filter quantity, corresponding to reduce or increase the layer, the flow for filtering requirements .