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3/4" Plastic filters
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Automatic filters-Filtomat M100-750
Automatic filters-Filtomat M100-750
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Plastic filters
Technology | From Israel 
Exporter, Manufacturer
Plastic filtersAl-purpose plastic filters from 3/4" to 3", with filtration degrees from 3500 to 22 micron.High particle retention: Large filter area, allows long intervals between cleaning.Non-corrosive and durable: Engineered plastics; no metal parts in contact with water.Easy maintenance: The filter elements can be easily extracted from the filter housing for rinsing.Interchangeable filter element types and a wide range of filtration degrees to suit different requirements.Minimal energy loss: Extremely low head loss at high flow rates.Available also with the exclusive features of "Autoflush", "Brushaway" and "Scanaway" for semi-automatic cleaning.
SpinKlin® Disc Technology
Technology | From Israel 
Exporter, Manufacturer
Grooved Disc ElementsThese elements are constructed from plastic discs that are stacked onto a telescopic core. The discs are grooved on both sides. These grooves intersect to form the filtration element when compressed on the core. Disc filters are surface & depth filteration. The disc element provides especially effective retention of organic matter. The effective filtration area is comprised of both the outside surface and the channels formed by the intersected grooves. Suspended organic particulate adheres to the grooved surface. Cleaning the cartridge is made simple by the unique design of the telescopic core, which allows the discs to separate during the cleaning process. Disc elements are available for use with 1"-3" Amiad plastic filters and 2"-4" Amiad steel filters.   
Automatic filters-Filtomat M100-750
Technology | From Israel 
Exporter, Manufacturer
Filtering process:Water is filtered through the fine screen To the outlet. The filtrationcake is accumulated on the inner surface of the fine screencausing pressure differential To build up.Self-cleaning process:The M100 pistonless filters will start the self-cleaning processwhen the pressure differential across the screen reachesa preset level. The rinse controller opens the flushing valvecreating a strong backflush stream To atmosphere.This backflush creates a suction effect at the nozzles, cleaningthe face of the fine screen directly in front of the nozzle openings.Backflush water Then flows through a collector pipe via ahydraulic rotor To the flushing valve, causing the dirt collectorassembly To spin. Pressure drop in the rotor chamber forces thecollector assembly upward. The combined spin and upwardmovements ensure that the suction nozzles sweep the entirescreen area.When flushing is completed, a second flushing cycle is triggered,pushing the collector assembly downward To its original position.The combined flush cycle takes 6 - 10 seconds.1. Coarse & fine screens2. Outlet3. Rinse controller4. Flushing valve5. Nozzles6. Collector pipe7. Rotor8. Dirt collector assembly9. Rotor chamberPiston models M100-4500 , M100-6800Filtering process:Water is filtered through the inlet and is pre-filters through the coarse screen and Then filtered through the fine screen. From there it is passed Tothe outlet and as filtration cake is accumulated on the inner surface of the fine screen pressure differential builds up.Self-cleaning process:The M100 piston filters will start the self-cleaning process when the pressure differential across the screen reaches a preset level. At a preset level,the rinse controller opens the flushing valve creating a strong backflush stream through the drainage To the atmosphere. This backflush createsa suction effect at nozzles, cleaning the face of the fine screen directly in front of the nozzle openings.Backflush water now flows through collector pipe via hydraulic rotor To the flushing valve, causing the dirt collector assembly To spin.Pressure drop in the rotor assembly and drainage of the piston forces the collector assembly into axial movement. The combined spin andaxial movements ensure that the suction nozzles sweep the entire screen area. When flushing is completed, a second flushing cycle isautomatically triggered, pushing the collector assembly To its original position. The combined flush cycle takes 10-15 seconds.1. Inlet2. Outlet3. Coarse screen4. Fine screen5. Rotor chamber6. Nozzles7. Dirt collector assembly8. Rotor9. Flushing valve10. Piston11. Flush valve 
Suction-Scanning Technology
Technology | From Israel 
Exporter, Manufacturer
Fast, Efficient Self-Cleaning Technology for Continuous Flow of Filtered Water
Membrane Filtration
Technology | From Israel 
Exporter, Manufacturer, Supplier
Membrane filtration is a technique used to separate particles from a liquid in order to purify it.In membrane filtration, a solvent is passed through a semi-permeable membrane. The membrane's permeability is determined by the size of the pores in the membrane, and acts as a barrier to particles which are larger than the pores, while the rest of the solvent can pass freely through the membrane. The result is a cleaned and filtered fluid on one side of the membrane, with the removed solute on the other.There are three membrane filtration processes:Microfiltration [MF] - MF is a low pressure [up to 100 psi (7 bar)] process for separating larger size solutes from aqueous solutions by means of a semi-permeable membrane. This process is carried out byhaving a process solution flow along a membrane surface under pressure. Retained solutes (such as particulate matter) leave with the flowing process stream and do not accumulate on the membrane surface.Pore ranges from 0.1 - 3 µm (micron meter).Applications:Clarification of dark juices for example, in the clarification of wine and dark juices, MF is to separate the suspended solids from the juice to produce a low turbidity juice while allowing the passage of color and flavor.Wastewater treatmentUltrafiltration [UF] - UF is a low pressure [up to 150 psi (10 bar)] process for separating solutes from aqueous solutions by means of a semi-permeable membrane. UF provides an essentially complete barrier against particles larger than the pore size, bacteria and the much smaller viruses usually found in the feed water.UF operates by a surface removal mechanism resembling a fine sieve with a highly uniform pore size. Any particles greater than the pore size are rejected. This characteristic makes UF membranes ideal for meeting absolute filtration quality requirements.In addition to high removal efficiency and an absolute removal rating, UF membranes tend to be more compact, allow higher automation with unattended operation and have lower chemical usage.The pore size is approx. 0.02 µm (micron meter).Applications:Microbiological contaminants rejection [Rejection of Cryptosporidium]Reverse osmosis pre treatment [Reduction of SDI and TOC (Total Organic Carbon)]Reduction of Turbidity [colloids, proteins, large organic molecule]Wastewater treatmentNanofiltration [NF] – NF is a low to moderately high pressure [up to 450 psi (31 bar)] process. Pore sizes range between UF and RO. Pores have not been observed in NF membranes under any microscope, however, water can still pass through the membrane and multivalent salts and low molecular weight organics are rejected. It is difficult to predict the performance of NF membranes since membrane rejection is influenced by the size, structure and charge of the components in solution. As a result, piloting is highly recommended for NF applications, even if a detailed feed water analysis is available.Applications:Water softeningOverall reduction of TDS (Total Dissolved Solids)Color and TOC ( Total Organic Carbon).Separation of organic from inorganic matter (in special food and wastewater applications) 
SA-500B Semi - automatic brushes filters
Exporter, Manufacturer, Supplier
These semi-automatic brush filters combine the advantages of high quality filtration from different water sources (sewage, reservoirs, rivers, lakes, etc.) with the simplicity of manual cleaning.The filters are designed for use in a wide range of industrial, municipal and irrigation applications.The filter’s inner element is made of stainless steel in order to withstand high dirt load and pressure. Cleaning of the screen is simple. The operator opens the flush valve and rotates the handle, brushes cover the whole screen area and dirt is removed, and the entire process lasts for just a few seconds.Standard Characteristics:Inlet/outlet on an axis of 90°.The filters are electrostatically coated with polyester or epoxy powder at a thickness of 150-200 µm (micron meters) and oven cured.Filters are supplied with a stainless steel screen, available in varying micron sizes as needed: 300-3000 µm (micron meters).Inlet/outlet can be either:Quick coupling connectors (allowing flexibility and easy assembly)FlangedFemale threaded [up to 4"/100 mm diameter]Maximum recommended working pressure: up to 10 bar (150 psi).Minimum operating working pressure for flushing: 0.7 bar (10.15 psi).Clean screen pressure loss: up to 0.1 bar (1.45 psi).Special Characteristics:High pressure range: 16, 25, 40 bar (232, 362, 580 psi).High water temperature range: 95°C (203°F).Material of construction: SST-304, 316, 904, Duplex, Titanium.Special coating: prevents deterioration that may result from exposure to salt and seawater.All YAMIT’s products have been tested by a team of engineers from the Standards Institute.For filter characteristics that exceed the standard described above, please contact the YAMIT office.1 Handle2 Cover3 Body4 Screen5 Brushes axis6 Brushes7 Flushing manual valve
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