Industrial filters and strainers are a bit like fishing flies. They share a lot of basic components, but small differences can have large consequences when it comes to performance. It can be a serious mistake to rely on a substitute just because it looks similar.
Proper filter or strainer engineering can mean the difference between long-term high performance and ongoing poor performance with its attendant costs and downtime.
The importance of solid engineering makes it essential that manufacturers who require filters and strainers for their processes work with a supplier who has the experience and knowledge necessary to deliver the best-functioning components as well as the ability to meet the highest quality standards.
That said, these are some of the categories of engineered strainer and filter products most often required in the water and process industries:
Smart engineering helps ensure efficient and effective distribution and collection systems for adsorption, ion exchange and filtration. Success in this area requires consideration of every aspect of the process that depends on the filtering equipment.
Vessel internals include:
These systems provide uniform distribution and collection within the media bed. This ensures maximum efficiency in the use of the media.
Critical to flow equalization is lateral and nozzle spacing. Lateral hole spacing and drill patterns often must be varied to accommodate the need for equalization.
Supplied for new and existing activated carbon systems, exchange vessels and sand filters, filter nozzles feature a variety of slot retentions, depending on media bed requirements. They can be manufactured with FPT, MPT, T-bolt and other connections.
Provided for resin traps with new or existing system housings, basket strainers rely on exacting engineering. Sizing is critical, so professional engineering assistance is important to calculate flow/pressure drop and the mechanical requirements, such as alloy, temperature and pressure.
Although filter leaves are among the oldest forms of filtration, they have grown immensely in sophistication and continue to play a leading role in chemical, food, drug, water and waste treatment processes.
Manufactured in a variety of shapes and configurations—including rectangular, square, round and arc-sided, among others—filter leaves have to address a range of considerations, such as:
When the filter media, flow chamber and outlet work together as they should, the results are:
In other words—lower costs in time and money.
Manufactured in many shapes, sizes and alloys, engineered strainer products for the process industries are made to produce products of consistent high quality. It doesn’t matter whether the desired product is the particulate retained or the filtrate.
The key to finding the right engineered strainer is matching the strainer to the process, like choosing the right fly to catch the desired fish. Little differences can change the outcome drastically.
For example, among other choices, strainer products can be created in single and duplex configurations with perforated, wire mesh, synthetic and other elements, such as Newark Wire Cloth SaniWedge wedge wire filter options.
The quality of the product that emerges from a process is determined, in large part, by the quality of components that make the process happen. Filters and strainers play such an important part in the process that they deserve close attention.
It’s therefore critical to remember:
For more than 107 years, Newark Wire has specialized in fabricating standard and custom wire mesh products, including filters and strainers. Contact the company for more information about wire mesh and its industrial processing applications.