CATEGORY
Hygienic Centrifugal Pump PROLAC HCPMegapure SystemZincalume Water TankUltraviolet SystemSanitary Rotary Lobe SLR PumpBlenderGlass Lined Steel Water TanksSAF FilterArkal Spin Klin FilterMini Sigma FilterSigma Pro FilterAir ValvesEliptix Hydraulic Control ValvesTwin Screw Hygienic PumpActivated Carbon FilterFilter SheetsRO System
TUTUPArkal Spin Klin Filter
Automatic disc filtration system for low to medium flow rates in a compact footprint
features:
Micron-precise depth filtration of solids Innovative disc technology captures and retains large amounts of solids Long-term operation with minimal maintenance Easy and simple operation Short automatic backwash with regulated water volume for a small water footprint Permanently eliminates the need to replace filter media Compact design
How the 2”- 3” Spin Klin™ Systems Filters Work
General
The Arkal 2”- 3” SpinKlin™ series are modular, all polymeric, automatic disc filters with a patented self-cleaning backwash mechanism.
The 2”- 3” SpinKlin™ systems range in flow rates from 10 m3/h (44 gpm) to 200 m3/h (880 gpm) with filtration degrees ranging from 20 - 400 micron. Inlet/Outlet from 80 - 200 mm (3”- 8”) diameter.
The Filtration Process
The discs are stacked on the SpinKlin™ spine and assembled according to pre-determined water filtration requirements.
During filtration, the discs are compressed by means of a pre-loaded spring and differential pressure, forcing the water to pass through the grooved disc surface, thus trapping the solids.
features:
How the 2”- 3” Spin Klin™ Systems Filters Work
General
The Arkal 2”- 3” SpinKlin™ series are modular, all polymeric, automatic disc filters with a patented self-cleaning backwash mechanism.
The 2”- 3” SpinKlin™ systems range in flow rates from 10 m3/h (44 gpm) to 200 m3/h (880 gpm) with filtration degrees ranging from 20 - 400 micron. Inlet/Outlet from 80 - 200 mm (3”- 8”) diameter.
The Filtration Process
The discs are stacked on the SpinKlin™ spine and assembled according to pre-determined water filtration requirements.
During filtration, the discs are compressed by means of a pre-loaded spring and differential pressure, forcing the water to pass through the grooved disc surface, thus trapping the solids.