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The stainless steel sanitary magnetic filter is a device specially designed to remove metal particles from fluids. This device is widely used in industries with extremely high hygiene requirements and can effectively prevent metal particles from contaminating products, especially in the food and pharmaceutical industries. The stainless steel sanitary magnetic filter is usually used in the feed or return pipe position in the fluid pipeline. It is usually installed in the following locations: feed pipe, return pipe, supplementary pipe. Common types of stainless steel sanitary magnetic filters include: pipeline magnetic filter, bag magnetic filter, and cartridge magnetic filter.
JONENG
8481804090
Stainless Steel Sanitary Thread Water Magnetic Filter Cartridge
The stainless steel sanitary magnetic filter is designed to effectively remove metal impurities in the fluid through a strong magnetic field under strict sanitary conditions to prevent these tiny metal particles from contaminating the product. It is particularly suitable for industries with extremely high purity requirements, such as food, beverages, pharmaceuticals, and chemicals. In these industries, the presence of any metal impurities will affect product quality and even cause health risks. The design of the magnetic filter effectively prevents metal particles from entering the production fluid, thereby ensuring the safety and hygiene of the product and reducing the workload of cleaning and maintenance.
Working Principles
The working principle of the stainless steel sanitary magnetic filter is based on the adsorption effect of a strong magnetic field. When the fluid passes through the filter, the magnetic field generated by the strong magnetic material inside (such as rare earth permanent magnets) attracts the metal particles in the fluid. First, the fluid enters the filter and the flow rate is slowed down to ensure that the metal impurities have enough time to contact the magnetic field. The magnetic particles are adsorbed to the magnetic surface of the filter, while non-magnetic materials pass freely. When the filter accumulates a certain amount of metal particles, these metal impurities are usually removed by manual or automatic cleaning.
The options of stainless steel sanitary magnetic suction filters include:
Magnetic strength: You can choose magnets of different strengths to meet different filtering needs.
Cleaning method: You can choose manual cleaning or automatic cleaning function.
Filter accuracy: Choose different filter apertures according to your needs.
Connection method: You can choose quick connection, flange connection or threaded connection.
Dimensions: Choose filters of different sizes according to pipeline specifications.
Specification Chart
Size | 1” – 4” |
Material | SS304, SS316L |
Pressure | 0 – 10 bar |
Temperature | 0°C – 140°C |
Magnetic bars | Ø23/Ø25 mm |
Seals | Silicon, EPDM, PTFE |
| End connections | Clamped, Welded |
Features
● The stainless steel sanitary magnetic filter adopts a built-in rotating magnetic field design, which uses the power of fluid flow to generate a circular magnetic field to enhance the adsorption effect of magnetic particles.
● The stainless steel sanitary magnetic filter adopts a segmented filtration design, and the magnetic elements are distributed in different areas to effectively disperse the filtration load.
● The stainless steel sanitary magnetic filter uses specially treated rare earth permanent magnetic materials to provide a stronger magnetic field strength than ordinary magnets.
● The surface of the stainless steel sanitary magnetic filter shell is treated with an anti-corrosion coating to enhance tolerance to chemical media and prevent corrosion damage during long-term use.
● The stainless steel sanitary magnetic filter adopts a built-in automatic pressure adjustment system, which can automatically adjust the working state of the filter according to the change of fluid pressure and optimize the magnetic adsorption effect.
● The stainless steel sanitary magnetic filter is designed with a particle self-cleaning mechanism, and uses a built-in brushing device to regularly remove adsorbed metal particles to ensure a long-lasting filtration effect.
Application
Stainless steel sanitary magnetic filters are widely used in the following industries: Food processing: remove metal impurities from food raw materials to ensure product safety. Pharmaceutical industry: prevent metal particles from contaminating drugs and ensure the purity of drugs. Beverage production: filter metal impurities to ensure that beverage quality meets hygiene standards. Chemical industry: remove metal particles from chemical fluids to protect equipment from damage. Water treatment: remove metal impurities from water to ensure that water quality meets standards. Dairy production: remove metal impurities from dairy fluids to ensure product hygiene. Electronics industry: protect electronic product processing equipment from interference from metal impurities.
Working Principles
The working principle of the stainless steel sanitary magnetic filter is based on the adsorption effect of a strong magnetic field. When the fluid passes through the filter, the magnetic field generated by the strong magnetic material inside (such as rare earth permanent magnets) attracts the metal particles in the fluid. First, the fluid enters the filter and the flow rate is slowed down to ensure that the metal impurities have enough time to contact the magnetic field. The magnetic particles are adsorbed to the magnetic surface of the filter, while non-magnetic materials pass freely. When the filter accumulates a certain amount of metal particles, these metal impurities are usually removed by manual or automatic cleaning.
The options of stainless steel sanitary magnetic suction filters include:
Magnetic strength: You can choose magnets of different strengths to meet different filtering needs.
Cleaning method: You can choose manual cleaning or automatic cleaning function.
Filter accuracy: Choose different filter apertures according to your needs.
Connection method: You can choose quick connection, flange connection or threaded connection.
Dimensions: Choose filters of different sizes according to pipeline specifications.
Specification Chart
Size | 1” – 4” |
Material | SS304, SS316L |
Pressure | 0 – 10 bar |
Temperature | 0°C – 140°C |
Magnetic bars | Ø23/Ø25 mm |
Seals | Silicon, EPDM, PTFE |
| End connections | Clamped, Welded |
Features
● The stainless steel sanitary magnetic filter adopts a built-in rotating magnetic field design, which uses the power of fluid flow to generate a circular magnetic field to enhance the adsorption effect of magnetic particles.
● The stainless steel sanitary magnetic filter adopts a segmented filtration design, and the magnetic elements are distributed in different areas to effectively disperse the filtration load.
● The stainless steel sanitary magnetic filter uses specially treated rare earth permanent magnetic materials to provide a stronger magnetic field strength than ordinary magnets.
● The surface of the stainless steel sanitary magnetic filter shell is treated with an anti-corrosion coating to enhance tolerance to chemical media and prevent corrosion damage during long-term use.
● The stainless steel sanitary magnetic filter adopts a built-in automatic pressure adjustment system, which can automatically adjust the working state of the filter according to the change of fluid pressure and optimize the magnetic adsorption effect.
● The stainless steel sanitary magnetic filter is designed with a particle self-cleaning mechanism, and uses a built-in brushing device to regularly remove adsorbed metal particles to ensure a long-lasting filtration effect.
Application
Stainless steel sanitary magnetic filters are widely used in the following industries: Food processing: remove metal impurities from food raw materials to ensure product safety. Pharmaceutical industry: prevent metal particles from contaminating drugs and ensure the purity of drugs. Beverage production: filter metal impurities to ensure that beverage quality meets hygiene standards. Chemical industry: remove metal particles from chemical fluids to protect equipment from damage. Water treatment: remove metal impurities from water to ensure that water quality meets standards. Dairy production: remove metal impurities from dairy fluids to ensure product hygiene. Electronics industry: protect electronic product processing equipment from interference from metal impurities.
