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Johnson Screen tube

Johnson Screen is divided into two types: screen tube and screen plate. Used for filtration of petrochemical filtration equipment, coal washing plants, well drilling, sewage treatment, food, etc. Flat panel screen, wire wrapped panel, flat wedge wire panel It is a dedicated filter screen for coal washing machinery equipment and dedicated for sewage treatment. Product Features ·The continuous gaps greatly increase the drainage area, resulting in better contact with the aquifer. ·The V-shaped p...

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Product Details

Johnson Screen is divided into two types: screen tube and screen plate. Used for filtration of petrochemical filtration equipment, coal washing plants, well drilling, sewage treatment, food, etc. Flat panel screen, wire wrapped panel, flat wedge wire panel It is a dedicated filter screen for coal washing machinery equipment and dedicated for sewage treatment.

Product Features

·The continuous gaps greatly increase the drainage area, resulting in better contact with the aquifer.

·The V-shaped profile structure avoids blockage and ensures smooth flow.

·Continuous pores can be effectively used for a long time.

·The trapezoidal filter pipe has a sturdy structure, high porosity, and precise gap size.

·The trapezoidal wire filter pipe is easy to backwash, has a long service life, is safe and reliable, and has low overall cost.

Advantage

·Filter pipes with higher porosity are more suitable for constructing efficient water, oil, and gas wells.

·Filter pipes with low operating costs and high porosity are more conducive to groundwater infiltration, and sufficient water volume reduces the depth of water level drop, thereby reducing energy consumption.

·Reducing pump wear Under the same conditions, a higher porosity results in groundwater penetrating the filter pipe at a much slower rate than other filtration devices, thus avoiding sand from entering the filter pipe under higher water pressure and reducing pump wear.

·Relatively speaking, extending the lifespan of water wells is easier for groundwater to seep into filter pipes with higher pore filtration rates, resulting in lower water flow rates and prolonging the lifespan of water wells.


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