There are various kinds of the filter cartridges, like the magnetic filters, bag filters, self-cleaning filters, filter membranes, reverse osmosis, ultrafiltration, nanofiltration and etc,. Different filter types come with different advantages and disadvantages, so understanding the filter types and how they work is important before choosing a filter.
With the questionaire in hand, we can begin to determine a solution. The following passage helps to illustrate the application of these varied solutions. This passage is intended as a guide only and is not absolute. Experience plays a big part in selecting a proper filtration system. It is important when the situation is complicated to consult an experienced filtration expert. The recommendations should be both effective for the desired filtration and cost effective. Ultimately, secondary filtration is an investment and must provide sufficient return on the investment.
Media Based Filtration - This is the mostcommon application used for secondary filtration. Utilizes either full flow or depth filtration to purify the oil. They are very simple to operate and maintain. The media based filtration can be divided into two types, the depth media and the full flow media.
In the last article, we have discussed why the oil industry need the filtration process. There are two types of the depth filtration ,the direct flow filtration filter and the axial flow filter. In the later passage, we are gonna introduce the axial flow depth filter. The axial flow depth filter use
There are many types of the sintered wire mesh, but which type of sintered wire mesh filter can fit your case. When you are purchasing the sintered filter, you should take some points into consideration, like the flow rate, the particle retention, operating fluid. When the fuel filters and hydraulic fluid filters are use in the special industry, like the aerospace, defense, and marine, the filter design should pay more attention to the filter practical use. Here are some points that relate to the usage of the sintered metal filter.
Basically, the sintered wire mesh is a porous panel, which consist of multiple layers of metal meshes. The combination of the sintered wire mesh are quite different, there maybe will be the perforated metal mesh or the woven wire mesh.
Sintered wire mesh are consist of more than one layer woven wire mesh. The layers of woven wire mesh will be sintered in the vacuum space. The single layer of the wire mesh will be rolled flattened uniformly, in the meanwhile the experienced will ensure the different layer are contact firmly at the cross over points.
With the special design and the long time improvement, the filter has the stable porous matrix, the precise bubble point, the close thickness tolerances and the uniformity of permeability. All these features makes the filter has the stable filtration performance, effective backwash cleaning and the long life span.
The sintered wire mesh filter are consist of the multiple layers of the wire mesh. All these layers will be sintered in the vacuum space to form a solid structure. The high porosity makes the sintered filter can be used as the high flow cartridge. The even bore diameter and high strength make the fi
The filter media is a sintered wire mesh that contains 2 or 3 layers of the plain dutch woven wire mesh. The wire meshes were sintered, pressurized and calendered in the vacuum environment. The filter was manufactured based on the wire mesh, thus the filter has the average hole size and the steady a