Customized Stainless steel filter housing

Upgrade to Stainless Steel Filter Cartridges for Enhanced Filtration Performance and ReliabilityIntroduction:Filter cartridges are a critical component in liquid filtration systems across various industries. Traditionally made using polymeric materials or wound fibers, filter cartridges can have limitations in certain applications. In this article, we'll look at the advantages of upgrading to 100% stainless steel filter cartridges. Why Choose Stainless Steel :Stainless steel filter cartridges offer unique benefits over traditional media cartridges:- Extremely durable construction withstands high pressures and temperatures- Won't degrade or corrode when used with aggressive chemicals- Eliminate bypass, media migration and fiber release issues- Provide very high flow rates with low pressure drop- Long service life reduces change-out frequency- Can be repeatedly steam sterilized and cleaned in place. Key Features:- Made entirely of 316L stainless steel - filter membrane and all structural components- 10 inch length fits standard filter housings- Pleated stainless membrane with precise micron ratings from 0.5 down to 10 microns- Withstand temps up to 450°F and pressures to 300 psi- Electro polished finish for easy cleaning and sanitization- Ideal for pharmaceutical, chemical, food and beverage applications Benefits for Your Process:Upgrading to stainless steel filter cartridges provides a range of benefits:- Reliable filtration of aggressive liquids including acids and strong solvents- Prevent corrosion and media degradation issues- Protect downstream processes and equipment- Maintain high purity standards with low particulate counts- Reduce cartridge replacement and labor costs- Easy to clean and sterilize in place, minimizing bacterial growth Conclusion: With their extreme durability and chemical compatibility, stainless steel filter cartridges are ideal for demanding applications across many industries. Contact us today to learn how upgrading to stainless cartridges can improve your filtration performance and reliability.

The flow rate range for multi-cartridge filter housing varies depending on the manufacturer and model. Here are some examples of flow rate range for multi-cartridge filter housing:1. Min 1680.0 m³/h. Between 20 and 500 GPM;2. Holds 30" or 40" cartridge lengths to accommodate a wide range of flow rates;3. High flow housings are available in a variety of sizes to accommodate from 1 to 31 filter cartridges in 40-inch and 60-inch lengths and two popular styles;4. Rated for pressures up to 150 psi and pipe fittings on multi-cartridge models are 1 inch5. Flow rate of up to 84 gallons per minute (cartridge dependent)6. It is important to note that these are just some examples and there may be other flow rate ranges available depending on the manufacturer and model. Get quotes info@lyfilter.com.                                                   

Magnet filter housing is a type of filter housing that uses magnetic rods to remove iron impurities and other ferromagnetic materials from fluid, semi-fluid, and other viscous fluid materials. It is widely used in various industries such as food, medicine, cosmetics, and fine chemical industry Here are some examples of magnet filter housing:Stainless Steel Magnetic Fluid Filter HousingStainless Steel Magnet Filter Housing There are different sizes of magnet filter housing available, depending on the application. Some examples of sizes available are: 1.Standard nominal 10" filter cartridge housings2.0Ports of 1/8", 1/4", and 1/2"3. Diameter sizes of 10mm, 25mm, and 50mm4. Two sizes to choose from: 100x100mm and 100x150mm5. Number of magnet bars: 26. bag filters, 24 magnetic rodsIt is important to note that these are just some examples and there may be other sizes available depending on the manufacturer and application. Lvyuan also manufactures stainless steel magnet filter housing that can meet the technological requirements of liquid medium, contact us info@lyfilter.com.                                                  

To calculate the filtration capacity of a multiple filter cartridge system, you will need to consider the following factors:1.Number of cartridges: Determine the number of filter cartridges in your system.2.Cartridge dimensions: Obtain the dimensions of your filter cartridges, specifically the diameter and length.3.Filtration rating: Determine the filtration rating of your filter cartridges, which is usually expressed in microns.4.Flow rate: Determine the flow rate of your system, which is the amount of fluid passing through the filter per unit time, usually measured in gallons per minute (GPM).5.Pressure drop: Determine the pressure drop across the filter cartridges, which is the difference in pressure between the inlet and outlet of the filter. Once you have these parameters, you can use the following formula to calculate the filtration capacity of your multiple filter cartridge system:Filtration capacity = (Number of cartridges) x (Cartridge surface area) x (Filter life) x (Flow rate) / (Pressure drop)Where:Cartridge surface area = π x (diameter/2)^2 x length x number of pleatsFilter life = time in hours or volume of fluid filtered before cartridge replacement is requiredNote: π is approximately 3.14 and the number of pleats can be obtained from the cartridge specifications.The filtration capacity is usually expressed in gallons or liters before the filter cartridges need to be replaced or cleaned.