Pleated Sintered Mesh Filter Improves Filtration Efficiency

Pleated Sintered Mesh Filter Improves Filtration Efficiency

The advantages of a large filtering surface, good dirt holding capacity, and reusability are the key characteristics of the pleated sintered mesh filter, which is a common filtering device. The pleated sintered mesh filter can be used for a variety of filtering applications because of its unique construction.

This filter's filter medium is mostly constructed of sintered metal fiber felt or stainless steel wire mesh, both of which exhibit excellent levels of temperature and corrosion resistance. A robust porous filter cartridge is created during manufacture by folding wire mesh or metal fiber felt into a pleated shape and sintering at each wire contact point. To guarantee cartridge stability and durability, the procedure can be carried out at high temperatures.

Parameters

Material: stainless steel, some special alloys are also available

Filtration rate: 0.2 microns to 500 microns

Length: 3.9" to 59"

Outer diameter: 1.378" to 3.15"

Working temperature: -200 °C to 600 °C

Cleaning: ultrasonic cleaning, high temperature baking, cleaning agent

Packing: wooden case or export case, generally wrapped in plastic bag separately first

Features

1. Creates a larger filtration area

The pleated design of the sintered filter element creates a larger filtration area and a more efficient filtration process. The pleats are formed by folding the filter material in a zigzag pattern, which increases the surface area of the filter media. This increased surface area allows for more contact between the filter media and the fluid being filtered, which improves the filtration efficiency.

2. Reduces the flow resistance of the filter element

In addition to providing a larger filtration area, the pleated design also reduces the flow resistance of the filter element. This is because the pleats create a more uniform distribution of fluid flow across the filter media, which reduces the pressure drop across the filter element. This results in a more efficient filtration process and can help to extend the life of the filter element.

3. Provides a higher pollutant loading capacity

The pleated design of the sintered filter element also provides a higher pollutant loading capacity. The pleats create more space for pollutants to collect, which allows the filter element to remove more contaminants before needing to be replaced or cleaned.

Applications

Some industries that require high levels of filtration, such as the chemical and pharmaceutical industry, and the food industry, may use sintered pleated filter cylinders more frequently than others. Ultimately, the usage of sintered pleated filter cylinders depends on the specific filtration requirements of each industry. The pleated filter cylinders are also used in various other industries, including:

?Aerospace industry

?Electronics industry

?Oil and gas industry

?Water treatment industry

?Pulp and paper industry

?Paint and coatings industry

?Power generation industry

?Semiconductor industry