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Filter mesh is used in many industries. The type of 120 mesh filter is determined by the manufacturing method and the kind of material used. There are three main types of filter meshes: metal, woven, and knitted.
It is made of different kinds of metal like stainless steel, aluminum, copper, etc. Metal filter mesh is commonly used in industries such as oil, gas, water filtration, and air purification. It can withstand high temperatures and is resistant to corrosion and chemicals. This filter mesh has a long lifespan and can be cleaned and reused.
It is made of different types of yarn woven together. Woven filter mesh is commonly made of synthetic materials, such as polyester, nylon, or polypropylene. It is often used in food and beverage processing, pharmaceutical, and chemical industries. Woven filter mesh is flexible and breathable. It can provide high precision filtration and is easy to clean and replace.
It is made by knitting monofilament or multifilament wires into a tubular or flat structure. Knitted filter mesh is commonly made of nylon or polypropylene. It is mainly used in air and gas filtration, automotive, and medical industries. Knitted filter mesh is durable and has good elasticity. It can provide uniform filtration and high flow rates. In addition, it has good strength and abrasion resistance.
Specification
Filter mesh materials include stainless steel, copper, Monel, and other metals. Metal filter mesh is durable and resistant to corrosion.
Mesh count refers to the number of openings per inch. A 120 mesh filter mesh has 120 openings per inch. Mesh count affects the filtration accuracy. A higher mesh count provides finer filtration.
Mesh openings can be square, rectangular, or diamond-shaped. The shape of the mesh opening affects the filtering performance. Square openings have uniform flow and good particle retention. Rectangular openings have higher flow rates while maintaining good filtration.
Wire diameter refers to the thickness of the mesh wire. A thicker wire diameter provides greater strength and dirt holding capacity. Thinner wire diameters offer higher filtration precision.
Mesh types include plain weave, twill weave, and Dutch weave. The plain weave is the most common type of mesh. It has a simple structure and is easy to clean. The twill weave is more stable and provides finer filtration. Dutch weave 120 mesh filter mesh has high strength and can filter out smaller particles.
The filter area is the total area of the mesh. The filter area determines the processing capacity of the filter. A larger filter area can handle larger volumes of fluid.
The diameter of a round filter disc determines its compatibility with filter housings. Choosing a disk diameter that matches the housing can ensure a tight seal and effective filtration.
Maintenance
Regular cleaning is essential for mesh filters. For water-soluble contaminants, rinse the filter with water in the direction opposite to the normal flow. For oil-soluble contaminants, clean the filter with a cleaning agent or a suitable solvent. After cleaning, rinse the filter thoroughly and blow it dry with compressed air. In addition to regular cleaning, it is also important to perform regular inspections. Check if there is breakage, deformation, or clogging of the mesh. If there are any issues, replace the mesh filter in time to ensure the filtration performance.
The 120 mesh filter screen has a wide application in different industries and fields.
The 120 mesh filter is widely used in food processing. As a raw material, it plays an important role in beer filtration, oil extraction, and coffee filtering. It can also be used as a filter in the beverage industry to help filter out impurities in juices, wines, and other beverages.
The 120 mesh filter can be used in paint, ink, and other liquid chemical products to filter out impurities and achieve the purpose of purifying the products. It is also present in the pharmaceutical industry, where it can be used for filtering powders, tablets, and other drug forms.
The 120 mesh filter can be used in the automotive industry to filter out impurities in engine oil, fuel, and air filtration systems. It can also be used in the automotive industry for air filtration in devices such as air conditioners and air purifiers.
The 120 mesh filter can be used in water treatment to filter out impurities and particles in water. It can be used in various water purification systems, such as filters in water purifiers, pumps, and water treatment equipment.
The 120 mesh filter can be used in the electronics industry for dust removal and filtering in electronic components and production processes. It can also be used to filter electronic products such as laptop coolers and power supply fans.
The 120 mesh filter can be used in environmental protection for air and water purification. It can be used in smoke and dust removal systems to filter out pollutants and protect the environment. It is also widely used in the agricultural industry, such as in pesticide sprayers to filter out impurities and blockages, ensuring the normal operation of the equipment.
When choosing a 120 mesh filter, it is important to consider the following features.
When choosing a 120 mesh filter mesh, consider the flow rate it offers. This is the volume of fluid that can pass through the filter in a specific time. People should choose a filter with a flow that is neither too fast nor too slow.
The retention rate of the filter refers to the percentage of particles it can capture from the fluid. The 120 mesh filter can capture particles that are 125 microns in size. Choose a filter with a high retention rate so that it can remove many particles from the fluid.
It is important to consider whether the 120 mesh filter is compatible with the chemicals in the fluid. Some filters can be affected by certain chemicals, while the strength and efficiency of others remain the same. People should choose a filter that is chemically compatible so that it remains effective when exposed to chemicals.
Consider whether the 120 mesh filter is suitable for the temperature and pressure of the fluid. The filter should be strong enough to withstand high-pressure fluids without getting damaged. It should also be able to work well in low and high-temperature fluids.
Choose a 120 mesh filter that is durable and long-lasting. A strong filter material is needed to withstand frequent use without getting easily damaged.
Q1: What is the importance of matching the right filter mesh size to the application?
A1: The effectiveness of a filter in removing contaminants and improving the quality of a product is determined by the mesh size. Selecting the right filter mesh size for the specific application is crucial. If the mesh size is too small, it can cause flow restriction, premature clogging, and increased pressure. If the mesh size is too large, it may allow unwanted particles to pass through, reducing the overall quality of the product.
Q2: What is the difference between a 120 mesh and 150 mesh filter?
A2: The main difference between the two is the number of mesh wires per square inch. The 120 mesh filter has fewer mesh wires per square inch, while the 150 mesh filter has more. The 150 mesh filter offers higher filtration accuracy than the 120 mesh filter, but it also has a lower flow rate. 120 mesh filters are typically used in applications where high flow rates are required and precision is not critical. On the other hand, 150 mesh filters are used in applications that require fine filtration without compromising flow rates.
Q3: Can a filter mesh be cut and resized to fit different applications?
A3: No. Cutting the mesh filter to reshape it will damage the mesh structure, resulting in an uneven and unstable edge that will not filter properly. If the filter mesh needs to be replaced, it is recommended to measure the exact dimensions required and order a new mesh filter of the correct size.
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