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Stainless steel pipeline filters are filtration equipment widely used in industrial and civil fields. They are mainly made of stainless steel and have many excellent characteristics, which can meet the filtration needs in different scenarios.
Material and Structural Features
The shell of the stainless steel pipeline filter is usually made of stainless steel. This material has good corrosion resistance, high strength, and a long service life. Inside, various types of filter elements are used, such as PP melt-blown, wire-wound, pleated, titanium filter elements, activated carbon filter elements, etc. Different filter elements have different filtration pore sizes and characteristics according to their materials and structures. They can be selected according to different filtering media and design processes to meet the ideal water quality requirements.
Specifications and Sizes
The stainless steel pipeline filters come in a wide variety of specifications and sizes. For cartridge filters, the common outer diameters of the filter cartridges are 50mm, 75mm, 100mm, etc., and the lengths include 10 inches (about 254mm), 20 inches (about 508mm), 30 inches (about 762mm), 40 inches (about 1016mm), etc. For example, a 10-inch filter cartridge with an outer diameter of 50mm has a compact structure and is suitable for small filtration equipment with limited space; while a 40-inch long filter cartridge has a larger filtration area and can hold more impurities, which is often used in the industrial fluid pretreatment process. The specifications of bag filters are mainly determined by the size of the filter bags. The common sizes of filter bags are diameter 180mm × length 430mm, diameter 180mm × length 810mm, diameter 360mm × length 810mm, etc. Small-sized filter bags have a smaller treatment flow rate and are suitable for places with low filtration flow requirements, such as laboratories and small factories; large filter bags can hold more filter materials and can withstand a larger flow rate, which are often used in large-flow liquid filtration scenarios such as sewage treatment plants and chemical production. There is also a 3-cartridge 10-inch precision filter with a diameter of 200 millimeters and a height of 320 millimeters.
Technical Parameters
The technical parameters of stainless steel pipeline filters include multiple aspects. The working pressure range is generally between 0.1 MPa and 0.6 MPa, which can meet the filtration needs in different pressure environments. The working temperature range is usually between 5 degrees Celsius and 40 degrees Celsius, and some filters can withstand higher temperatures. In terms of filtration accuracy, the range is usually between 0.01 and 120μm. Filters with appropriate accuracy can be selected according to specific filtration requirements. The types of filter cartridge interfaces include flat-pressure type and plug-in type. The single-unit flow rate also varies according to different specifications. For example, the single-unit flow rate of a 3-cartridge 10-inch precision filter is 2 cubic meters per hour (2 tons/hour). The common specifications of the inlet and outlet are DN25 internal thread, etc., to facilitate connection with pipelines.
Working Principle
Its working principle is based on formed filter materials. During the filtration process, the raw liquid passes through these filter materials, and the filter residue is left on the filter material wall. Finally, the filtrate flows out through the filter material to achieve the filtration effect. These formed filter materials include wire-wound filter cartridges, melt-blown filter cartridges, microporous filter cartridges, and multi-functional filter cartridges. Their filtration pore sizes vary depending on the materials. Precision filtration is between sand filtration (coarse filtration) and ultrafiltration and can effectively remove impurities such as suspended solids and colloidal substances in water.
Performance Features
The stainless steel pipeline filter has numerous performance advantages. It has high filtration precision, with uniform pore sizes of the filter element, which can accurately intercept particles of various sizes. It has low filtration resistance, large flow capacity, strong dirt-holding capacity, and a long service life. It can maintain good filtration results for a long time, reducing the replacement frequency. The filter element material has high cleanliness and does not contaminate the filtering medium, ensuring the purity of the filtered liquid or gas. It is resistant to chemical solvents such as acids and alkalis, has high strength, is heat-resistant, and the filter element is not easily deformed, making it adaptable to various harsh working environments. Moreover, it has a relatively low price, low operating costs, is easy to clean, and the filter element is replaceable, reducing the usage cost and maintenance difficulty.
Application Fields
The application scope of the stainless steel pipeline filter is extremely wide. In the petrochemical and chemical industries, it can be used for the purification of various fluids in the manufacturing processes of hydrogen peroxide, resins, lubricating oils, polymers, viscose, aviation kerosene, and various oil products, catalysts, and chemical fibers, as well as the separation and recovery of chemical intermediate products and chemical products. In the oil and natural gas industries, it can be used for CNG filtration at gas filling stations, amine solution desulfurization and dehydrant filtration, separation and purification of natural gas and refineries, oilfield water injection, well workover, and acidizing fluid filtration. In the pharmaceutical and bioengineering industries, it can be used for the filtration of infusion (LVP and SVP) pharmaceutical water, biological product plasma and serum, various pharmaceutical intermediates, pharmaceutical raw materials, solvents, CIP filtration, and the sterilization filtration of fermentation tank intake and exhaust gases. In the food, beverage, and wine industries, it can be used for the process purification and aseptic treatment in the manufacturing of food additives such as wine, yellow rice wine, white wine, beer, fruit wine, sake, fruit juice, tea drinks, soy milk, dairy products, bottled water, edible oil, vinegar, and monosodium glutamate.
Influencing Factors for Specification and Size Selection
When selecting the specification and size of the stainless steel pipeline filter, multiple factors need to be considered. The installation space limitation is one of the key factors. If the installation space is limited, a filter with a small size needs to be selected. For example, a small wall-mounted precision filter may only have a width of about 200mm, a height of 300mm, and a thickness of about 100mm, which can be installed in a narrow space. The demand for processing flow is also important. Different production processes and usage scenarios have different requirements for fluid processing flow. In a beverage production line, it is necessary to process dozens of liters or even hundreds of liters of liquid per minute, which requires the precision filter to have a large filtration area and flow capacity, so a filter with a larger specification and size needs to be selected. In a small experimental device in a laboratory, the flow rate of the liquid or gas processed per minute may only be a few milliliters or dozens of milliliters, and a small-sized filter can meet the demand.
The stainless steel pipeline filter plays an important role in industrial production and daily life with its excellent performance, diverse specification sizes, and wide application fields. When selecting and using it, various factors need to be comprehensively considered to ensure its optimal filtration effect in different scenarios.
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