SS 316 50 Micron Mesh Screen Waterproof 500 Mesh For Filter

1,Wire Mesh Filter details:
 

2, Wire Mesh filter instuction:

1. Foreign Material Removal Collects foreign matter such as dust, sand, dirt, and other various scraps flowing through the pipes.
Increases machine performance, improves efficiency, and extends the machine’s lifespan.
2. Flow Turbulence Correction Rectifies turbulent flow of liquid within the pipe
Controls the flow rate, mitigates sudden changes in pressure, and reduces noise.
3. Gas Liquid Separation As the name implies it separates gas from liquid.
Liquid particles are removed, and only gas is able to pass through the filter.

3, Wire Mesh Filter Material Details:

We have experience in manufacturing baffle plates / accumulator filters to Φ80. We manufacture according to your requests for size, number of holes, shape of holes, material, etc.
Baffle plates are used in accumulators. Hence, they are also known as accumulator filters.
Separates refrigerant mixed with gas and liquid in the process of refrigerant cycle. In
Materials 304, 304L, 316, 316L stainless steel wire woven cloth, and Brass
Shape Any outline shape is available at customer’s requirement.
Size Any outline size is available at customer’s requirement.
 

4, Wire Mesh filter Features:

Size: 10" length x 2.5"OD
Filtration Rate: 50 micron
Material: High quality stainless steel of 304; Silicon sealing gaskets.
Construction: 3 - layer solid structure. With inner layer of a supporting frame, middle layer of 50 micron mesh, and outer layer of 300 micron mesh.
Features: Easy to clean and re-usable. Fits standard filter housings.
A wire mesh filter is a device made of interwoven wire strands that is used to separate, sieve, or filter a variety of materials. The wire mesh can be made from various materials, such as stainless steel, brass, or other metals, and the size of the mesh can be tailored to suit the specific filtering application.

Wire mesh filters are commonly used in a variety of industries and applications, including air and fluid filtration, chemical processing, food and beverage processing, and oil and gas production. They are often used to remove contaminants or impurities from liquids or gases, or to separate larger particles from smaller ones.