Some people mistakenly believe that strainers and filters are the same things. Filters, on the other hand, are all-encompassing in terms of industrial usage. To put it another way, a strainer is a form of filter.

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A filter is just a device that separates particles. The filter&#;s primary purpose is to prevent downstream components such as valves from passing media particles.

Filters may separate molecules as small as one millimeter in size. Strainers, on the contrary, can only remove larger molecules from liquid or gas.

A replacement device that eliminates particles is included in filters and strainers. One significant distinction between the two is that the straining mechanism in strainers can be reused multiple times, whereas the straining device in filters is only used once.

Resistance is another distinction. Strainers have a low barrier to liquid flow in most cases. When contrasted to the pressure reduction over dense medium filters or barrier filters, most strainers have a minimal pressure reduction.

A strainer is utilized to keep errant debris from causing destruction to downstream machinery. To segregate particles from the fluid, a filter is used.

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