The primary difference between filters and strainers is in the size of the particulates they are removing. Filters remove particulates that are smaller than 40 microns (often abbreviated 40 μm). Strainers remove particulates that are larger than 40 microns.
What is the difference between industrial strainers and filters? Industrial strainers and filters are designed to remove unwanted particulates from a liquid or gas. The key difference between strainers and filters are the size of the particles they remove.
What are the strainer elements made of? The filter elements are made of stainless steel perforated sheet, woven wire mesh, and wedge wire screening by the welding process. Our Strainer elements are functionally superior and have been installed in many reputed projects in different sectors like Power, Fertilizer, Pharmaceutical, Chemical Power and Process Industries.
What is the purpose of a strainer? The purpose of a strainer is to remove larger, unwanted suspended particles from a liquid, primarily to protect downstream equipment, like pumps, from damage. They come in a variety of shapes and sizes, depending on the application, but one feature is essential – strainers are designed for easy removal and cleaning.
Do I need a filter for my pipeline strainer? The element design for most pipeline strainers do not have a sealing capability to ensure retentions much lower than 100 mesh (approximately 150 microns), so if your process is so critical that you need to retain particles finer than 100 mesh, you should consider a “filter”.
oil strainers and filters
What is the difference between an oil filter and a strainer? Generally, an oil filter and a strainer seek to perform a very similar task — to remove contaminants as oil passes through — but at a completely different scale. Strainers are employed to capture much larger contaminants. By larger, this refers to objects of approximately 40 microns or greater.
How do I select wire mesh for oil filters and strainers? When selecting wire mesh for oil filters and strainers, be sure to consider: When you browse our inventory, you’ll find a wide range of wire diameters, opening sizes, widths, and mesh weave sizes. Choose from 8, 10, 12, 14, 16, 18, 20, 30, 40, or 50 squares per linear inch.
How to choose the right strainer for your container? The frame of the strainer must hold the container, not the mesh. The curve of the bottom part of the container makes all the difference. Make sure to have the strainers with you when you buy the containers to properly size them. Sharp knife to cut out the bottoms of the containers.
How does a duplex oil strainer work? And with two strainer chambers working by turns, a duplex oil strainer can provide a continuous supply of oil which effectively improves the filtration efficiency. Filson duplex oil strainer, also called duplex fuel oil strainer, can be made of stainless steel 304, stainless steel 316, carbon steel, cast iron or PVC materials.
What is the difference between industrial strainers and filters?
What is the difference between a filter and a strainer? Strainers typically remove larger particles that are visible in a liquid or gas, while filters remove contaminants that are often so small, they cannot be seen with the naked eye. Several commonalities exist between filters (such as bag and cartridge) and strainers (such as these ), and it’s understandable that the two may be confused.
What is the purpose of a strainer? The purpose of a strainer is to remove larger, unwanted suspended particles from a liquid, primarily to protect downstream equipment, like pumps, from damage. They come in a variety of shapes and sizes, depending on the application, but one feature is essential – strainers are designed for easy removal and cleaning.
What size particles can I use a strainer for? Strainers are designed for relatively “large” particle sizes and we adhere to the guideline that strainers are best used for particles you can see with your eyes, which tends to be particles larger than 50 microns.
Do I need a filter for my pipeline strainer? The element design for most pipeline strainers do not have a sealing capability to ensure retentions much lower than 100 mesh (approximately 150 microns), so if your process is so critical that you need to retain particles finer than 100 mesh, you should consider a “filter”.