(XG) getter filters are divided into pilot valve type getter filters and pipeline type getter filters

『Product Description』 Getter filters are divided into pilot valve type getter filters and pipeline type getter filters. When the medium flows into the filter from the inlet, solid impurities are removed through the filter screen placed in the barrel, and the liquid flow is changed when the liquid passes through the filter screen assembly. The direction allows the free gas and partially dissolved gas in the oil and water to fully escape and rise to the top of the separator to form a gas space and an oil-gas interface. As the gas increases, the pressure increases, the volume increases, and the oil-gas interface decreases. When it drops to a certain level, the float device opens the air valve to remove the gas. The oil-gas interface rises and the gas space shrinks. The float device closes the air valve. This process can make the media of the degassing filter This achieves the purpose of separating oil, gas and solid.
『Design Features』
The getter filter combines the filtration and getter functions of the medium into one. It adopts a pilot valve with a large floating ball and a pilot valve structure. It has strong exhaust capacity at the top and is reliable in operation. It can not only filter out the fluid in The solid impurities can reduce or eliminate the gas in the fluid. The reasonable internal structure, specific medium flow direction and large volume can double the oil and gas separation ability.
『Application Fields』
The getter filter is one of the auxiliary equipment of the flow meter. It has the function of separating the gas in the pipeline flow medium and the impurities in the filter medium to ensure the measurement accuracy of the flow meter and extend the service life of the flow meter. At the same time, the getter filter can also be used for water filtration in wastewater, circulating water filtration, emulsion regeneration, waste oil, liquid raw materials, power plants, sewage treatment plants, metallurgy, steel, agriculture, and other industries.
『Please inform us when ordering』
Parameters such as diameter, temperature, pressure, media filtration accuracy, connection method, material flow rate, etc. will allow us to provide more accurate services.
『Corporate Philosophy』
Market the world with brand, create the future with technology, and win customers with service. Our goal
『General principles for filter selection』
, Inlet and outlet diameter:
In principle, the inlet and outlet diameter of the filter should not be smaller than the inlet diameter of the matching pump, which is generally consistent with the diameter of the inlet pipeline.
, Nominal pressure:
Determine the pressure level of the filter according to the highest possible pressure in the filter pipeline.
Selection of the number of holes:
The main consideration is that the particle size of the impurities to be intercepted is determined according to the process requirements of the media process. Check the filter specifications in the table below for the particle sizes that wire mesh of various specifications can intercept.