Sintered wire mesh filter is a highly popular filtration filter cartridge. Sintered filter mesh is a widely utilized and highly effective filtration material, offering a broad range of applications. It is composed of multiple layers, typically ranging from 3 to 8, with 5 layers being commonly used. The mesh is carefully crafted using either 304 or 316L stainless steel wire, employing weaving or perforation techniques. Subsequently, the meshes undergo a vacuum sintering process, resulting in the formation of the sintered filter mesh.

The sintered filter mesh comprises five distinct layers, namely the protect layer, filtration layer, dispersion layer, support layer, and skeleton layer. These layers work synergistically to deliver efficient filtration performance. Depending on the specific filtration requirements, the sintered filter mesh can be shaped into various forms such as filter discs, filter tubes, or other customized filter types.

Products Parameters

Material	SS316L stainless steel wire
Pore size	1-300um
Size	5”, 10”, 20”, 30”, 40” and others
Outer Diameter	2.5", 4.5", 6", 8", and others
End cap	Double open-ended (DOE) or single open-ended (SOE)
Production	woven/ perforated, vacuum sintering
Woven weaving type	plain weave, twill weave, and dutch weave
Layer	1 - 8 layers. The standard is 5 layers
Thickness	0.1mm - 10mm. The standard is 1.7mm

Products Features

High Filtration Efficiency

The multilayer design of the filter cartridge provides an increased filtration surface area, enhancing the filtration efficiency. It effectively captures and removes contaminants, ensuring cleaner fluids or gases.

Precise Filtration Rating

The filter cartridge is available in various micron ratings, allowing for precise filtration based on specific application requirements. It can effectively remove particles of different sizes, ranging from coarse to fine filtration.

SUS316L sintered wire mesh filter disc01

Strong and Durable Construction

Constructed with SS316L stainless steel, the filter cartridge exhibits excellent strength and durability. It can withstand demanding operating conditions, including high temperatures and differential pressures.

SUS316L sintered wire mesh filter tube01

Chemical Resistance

The SS316L stainless steel material offers exceptional chemical resistance, making the filter cartridge suitable for filtration processes involving corrosive fluids or aggressive chemicals. It maintains its integrity and filtration performance even when exposed to challenging chemical environments.

Products Applications

1. Petrochemical and Oil Refining: Used for the filtration of various fluids, including fuels, lubricants, hydraulic fluids, and process liquids, ensuring product quality and equipment protection.

2. Pharmaceutical and Biotechnology: Employed in critical filtration processes to maintain a sterile environment and remove contaminants from liquids and gases.

3. Food and Beverage: Used for the filtration of beverages, syrups, juices, oils, and other food processing applications, ensuring product purity and quality.

4. Chemical Processing: Utilized for the filtration of corrosive chemicals, acids, solvents, and aggressive liquids, protecting equipment and maintaining process integrity.

5. Water and Wastewater Treatment: Applied in water treatment plants for the removal of particulates, sediments, and impurities from source water, ensuring clean and safe water supply.

What are the cleaning methods for the SS316L sintered multilayer wire mesh filter cartridge?

The SS316L sintered multilayer wire mesh filter cartridge can be effectively cleaned using several methods to remove accumulated contaminants and extend its service life. Here are some recommended cleaning methods:

1. Backwashing: Reverse flow or backwashing is a common cleaning method for wire mesh filter cartridges. It involves reversing the flow direction of the fluid through the cartridge, dislodging and flushing out the trapped particles. This method is suitable for removing surface contaminants and debris.

2. Ultrasonic Cleaning: Ultrasonic cleaning utilizes high-frequency sound waves to create microscopic bubbles in a cleaning solution. When the bubbles implode near the filter surface, they generate tiny shockwaves that help dislodge and remove contaminants from the wire mesh. Ultrasonic cleaning is effective for removing stubborn or embedded particles.

3. Chemical Cleaning: Chemical cleaning involves using a suitable cleaning solution or detergent to dissolve or break down the accumulated contaminants on the filter surface.

4. High-Pressure Water Jetting: In some cases, high-pressure water jetting can be employed to remove stubborn or compacted contaminants from the wire mesh surface. The high-pressure water stream dislodges the particles and flushes them away. Care should be taken to use an appropriate pressure level to avoid damaging the filter cartridge.

5. Combination Cleaning: Depending on the nature and extent of contamination, a combination of cleaning methods may be employed. For example, a sequence of backwashing, followed by ultrasonic cleaning or chemical cleaning, can provide a comprehensive cleaning process.