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What are strainers and why are they so important? Newark Wire answers this question by going in-depth on the three most common types of strainers. Conical, flat plate, and tee strainers protect expensive parts down the line. These parts can include valves, meters, pumps, and other delicate mechanical equipment. No matter how streamlined your systems are, it&#;s possible that a foreign contaminant or object can get inside sometimes. This is where a high quality wire cloth strainer can come into play.
Stainless steel is one of the best materials for a sanitary strainer. It is used for everything from the production of foods and beverages to the pharmaceutical industry, and the market continues to expand.
You can find strainers that are both perforated metal plate and wire cloth. This choice, as well as the basic strainer shape, will affect how much filtration you achieve and ease of cleaning. Here are three common filter shapes and how they&#;re used:
Conical Strainers
Conical cone type strainers have a seemingly simple design, but they carry out big jobs in your systems. Their shape involves a cone of mesh that fits within your system.
Purpose and Applications
Conical strainers offer a large filtration area, letting you catch more debris. They&#;re often used for products that have been recently welded. During the welding process, it&#;s possible that slag or bits of debris may have formed inside the pipes. Conical strainers will catch these specks of metal before they travel down and damage your delicate, expensive system.
Pros and Cons
You can find these strainers in a wide variety of materials, from stainless steel to other applications.
The wide to narrow design increases filtration area.
Conical strainers can be placed both up and downstream, depending on the application.
The mesh of a conical strainer can rip if the tip is under strain. You may need to check and clean the strainer regularly.
Flat Plate Strainers
A flat strainer plate is a simple design that involves a flat plane of mesh that stretches perpendicular to the system&#;s flow.
Purpose and Applications
These strainers are useful for tight spaces due to their compact design size. They offer a fair degree of filtration and can be a good solution for tricky system setups.
Pros and Cons
Flat plate strainers, unlike conical strainers, require less space to use.
These strainers come both with and without bolt holes to secure in place, lending themselves to a wide variety of applications.
Flat plate strainers come in a range of materials ranging from perforated metal to wire cloth to a combination.
However, these strainers offer reduced filtration area when compared to conical strainers.
These strainers can be somewhat harder to remove and check than other strainer types.
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Tee Strainers
This form of strainer features a tee shape, allowing fluid to pass straight through or at 90 degrees.
Purpose and Applications
Tee type strainers are compact yet versatile. They can allow filtration and easy access to products moving through the system.
Pros and Cons
Tee strainers come as both wire cloth and perforated metal.
They offer a high flow capacity.
With proper installation, the chamber cover can be opened without the fluids draining from said chamber. This can increase safety in some applications.
The strainer offers flexibility of flow, with both 90 and 180 degree paths available. This can create a solution for tricky spaces or system set-ups.
However, due to the shape, tee strainers are more challenging to clean than plate strainers.
Don&#;t Over-Strain Your System: Use Newark Wire Cloth&#;s Industrial Strainers
Large conical strainers offer the highest filtration area of the three.
Flat plate strainers are the smallest, most compact and have a simple to clean design.
Tee strainers offer the greatest versatility of installation and use.
Now that you know more information about industrial strainers, are you ready to choose the right ones for your business? At Newark Wire Cloth, we stock a wide range of high-quality strainers to work with any system.
Filtering is a finer-grained elimination technique. Filters often use some kind of &#;sock&#; or cartridges that can filter microscopic particles as tiny as fine sand, as well as microbial.
Straining is termed a coarse operation since it is used to collect bigger fragments (about 1/4 inch).
Micron and mesh are typical measuring units that are interchangeable. A mesh of 35 is about similar to a micron of 500. Mesh is utilized for straining and micron is used as a measuring unit for filtering.
A micron is really a unit of measurement equivalent to one-millionth of a meter. Mesh (as in squared mesh) denotes that the quantity of &#;squares&#; is similar in both directions. Three squares/inch, for example, equals three mesh.
Filters eliminate particles smaller than or less than 40 microns, which are often too tiny to be seen. on the other hand, Strainers, remove particles that are bigger than 40 microns in size. Normally, something of this size would be apparent to the human eye. If the particulate to be removed ranges between 38 and 177 microns, you might well be able to utilize either a filter or a strainer in some situations.
The pressure of the fluid or gas as it travels through the media is another important distinction between strainers and filters. A liquid flowing through a strainer will most likely not experience a reduction in pressure while it does so. A decline in pressure, on the other hand, may signal that the strainer requires to be cleaned or replaced. A liquid or gas moving through a filter, on the other hand, will most likely suffer a considerable reduction in pressure.
Contact us to discuss your requirements of Y Strainer. Our experienced sales team can help you identify the options that best suit your needs.