Tel: +86-136-7151-8833 E-mail: china@johnsonslot.com
- All
- Product Name
- Product Keyword
- Product Model
- Product Summary
- Product Description
- Multi Field Search
The pressure arc screens are used for countercurrent washing of the fiber, and the highly polished wedge wire screen surfaces can achieve extremely fine separation under certain pressure. In order to obtain maximum starch recovery while keeping any fiber in the final product to an absolute minimum, it is necessary to use high-quality Pressure arc screen.
READ MORE
COANDA Effect ScreensCoanda Intake Screen, also called Coanda Hydro Screen, provide self-cleaning with the special geometry based on the Coanda Effect phenomenon. The Coanda screen is capable to enable liquid-solid separation with high filtration performance. The hydro screen prevents the sediment,
READ MORE
Stainless steel sintered filter is a porous filter element made by sintering a multi-layer stainless steel braided mesh and a punched plate frame (perforated plate is not necessarily used as the frame) to make them firmly combined. This filter element not only maintains the punching properties The s
READ MORE
Definition of driven point wellA driven-point well – sometimes called a “sand point” – is a small diameter well made by connecting lengths of 1-1/4” or 2” diameter steel pipe together with threaded couplings. Threaded to the bottom of the string of pipe is a drive-point well screen.The screen is usu
READ MORE
Automatic Backwashing Pressure Arc Sieve is high efficiency sieve working under the pressure, is an popular fiber washing and separation equipment in starch production.During the starch prorduction , it is mainly used for multistage counter-current washing process .
READ MORE
Arc wedge wire screen(DSM Screen ) is the use of external pumping fluid material into the arc screen at high speed, relying on the centrifugal force and gravity of the water flow, in the relative shear motion with the screen grid, separation of solid and liquid, to achieve the purpose of screen
READ MORE
