SUS316L Double Entry Drum Screens for booster pump stations

Drum screen used to separate materials by size, for example, separating the biodegradable fraction of mixed municipal waste or separating different sizes of mulch or crushed stone. Production rates can vary from 20 to 30 yards an hour to several hundred yards of material an hour based on number of factors described in this article.

Applications for SUS316L Double Entry Drum Screens for booster pump stations:

Wedge Wire Rotary Drum Screen is always used in processing minerals such as ferrous metals including hematite & magnetite And nonferrous metals including Lead, Zinc, Gold and Silver etc.

Quarry: suitable for screening and classifying gravel, clay, mountain meal, sand, etc.

Coal Industry: suitable for screening and classifying lump coal, coal dust, coal washing, etc.

Chemical, Mineral-selecting Industry: suitable for grading and classifying lump, powder substance, etc.

Metallurgy, construction and other industries.

Features for SUS316L Double Entry Drum Screens for booster pump stations:

1) The wedge wire water screen adopts the T shaped slot which has self-clean function. It is easy to back wash, and won't be blocked.

2) Due to its excellent resistance to acid and alkali, it has a long service life.

3) The optimal hole design and all-welded structure ensure the high strength.

4) Designed with the minimum slot width of 0.1mm, the screen is suitable for many sand-prevention applications.

5) It not only has excellent sand prevention effect, but also offers a large flow area.

Advantages for SUS316L Double Entry Drum Screens for booster pump stations:

1) This type screen can be successfully applied for gravel packing and sand prevention. It enables the oil well to offer large output. And this product is not limited to the length of well section, bottom hole temperature or pressure.

2) The utilization of trapezoid wrapping wire contributes to the formation of V-shaped openings between the seams. This design pattern makes the water to be filtered smoothly, thus improving the efficiency.

3) The wrapping wire is connected to all the supporting wires by welding. It can be used for a long time. In addition, both dense and uniform seams will be formed after this trapezoid wrapping wire has been wrapped onto the circumferentially arranged supporting wires.

Those seams offer a large flow area while ensuring the excellent anti-blocking performance. Also, they will effectively help avoid sediment accumulation. Consequently, high production efficiency of the water well can be significantly improved, and the lifespan can be prolonged as well.