Methods of Cleaning Woven Mesh Filters

In filtration systems, regardless of the media being filtered, the selection of woven mesh filters and the operation and maintenance of woven mesh filters are very important. This ensures high-precision filtering for optimal results.

Nowadays, woven mesh is playing an increasingly diverse and important role in the filtration industry with its unique advantages – cleanability & long service life. This makes the cleanable filter cartridge made of woven mesh more popular than disposable filter cartridges, effectively reducing use and maintenance costs.

So, how do we clean filter cartridges? With over 20 years of experience in the manufacture of filter cartridges, Boedon provides you with the following professional advice:

What is Woven Mesh?

Woven mesh is an important part of woven mesh filter, generally made of high quality stainless steel wire, which is stretched to a specified wire diameter by a drawing machine under specific high temperature process conditions, and then woven by a weaving machine in a constant temperature, dust-free and clean plant. It is characterized by precise structure, uniform mesh, good filtration accuracy and wear resistance, high temperature resistance, strong acid resistance, and corrosion resistance performance.

In order to precisely screen particles in the specified particle size range and meet the specific filtration needs of clients, the mesh, wire diameter, weaving method, layers and alloy composition of the woven mesh can be customized.

Wire diameter of woven mesh and its sieve particle diameter
Why We Need to Clean Woven Mesh Filters?

Regardless of the filtration process, only effective filtration can be considered successful. However, successful filtration also means unavoidable problems such as mesh clogging and accumulation of impurities. Therefore, it is very important to clean woven mesh filters. Regular cleaning of woven mesh filters can prevent problems such as mesh clogging and surface buildup, ensuring that the entire filtration system maintains adequate throughput and accuracy over a longer period of time. However, improperly cleaned woven mesh filters can cause damaging backpressure, reduce equipment operating efficiency, and even increase energy consumption.

Woven mesh filter cartridge with filter basket lying on a white platform

Woven mesh cartridge with filter basket

2-layer perforated filter cartridge lying on a white platform

2-layer perforated filter cartridge

How to Clean Woven Mesh Filters?
  • Backflushing
    In this process, the flow of media in the filtration system is reversed as a means of removing clogged or accumulated particles from the mesh apertures. This is an important step for cleaning woven mesh filters, as removing hard-to-reach particles can help ensure that the filtration system maintains compliant throughput.
  • Pressure Washing
    Pressure washing is the use of pressurized jets of water to clean stubborn particles that are normally difficult to remove. While this method minimizes the amount of daily manual scrubbing, it is not as effective as the backflushing method when attempting to remove particles that are clogged in the mesh.
  • Chemical Cleaning
    Chemical cleaning is the process of removing contaminant particles from the surface of woven mesh filters using various chemicals such as detergents, solvents, and alcohol. This process relies mostly on manual work and is the least effective at removing clogging particles.
How to Choose Proper Cleaning Method?

We can consider the following two aspects when choosing the proper cleaning method for woven mesh filters:

  • Equipment Type & Installation Conditions
    Sintered porous filter cartridges are applied to equipment that does not necessarily support the backwashing method, and the surface of the cartridge can generally be cleaned using pressure washing or chemical cleaning methods without disassembly.
  • Woven Mesh Material Properties
    Many woven mesh filters are made of stainless steel, so they can withstand basically all of the cleaning methods listed above. However, if the material is mild steel, it is easy to rust after the chemical cleaning process.

Regardless of the filtration process, the filtration efficiency of woven mesh is of utmost importance. To ensure the most accurate filtration, we need to clean it properly on a regular basis.

Continuous Developing of Woven Mesh Filters

Boedon continuously adjusts filter specifications to achieve better filtration accuracy. We also increase filtration throughput without sacrificing filtration accuracy, aiming to improve filtration performance and achieve the best filtration effect to provide the best woven mesh filters for your filtration system.

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Different types of woven mesh filters