Name: DOE 60mm Stainless Steel Wire Mesh Pleated Cartridges Customized Suppliers, Manufacturers - Free Sample - TOPTITECH Metal Materials
Brand: TOPTITECH
SKU: 245257221

The TOPTITECH pleated stainless steel wire mesh filter comprises three to four layers of metal wire cloth pleated together, with inner and outer coarse mesh serving as reinforcement or support layers. The micron rating is determined by the core filter layer. These filters offer a larger filtration area and effective fouling control, fitting into compact housings for fine filtration without excessive pressure.

Stainless Steel Filter Cartridges, renowned for their superior filtration efficiency and longevity, find widespread application across diverse industries. Known as pleated candle filters, these stainless steel pleated filter cartridges can be tailored in dimensions, materials, and various end connection types to match specific needs.

Specifications

Material: stainless steel
Size: 60*1000mm
Filter precision: 2 micron
Filtration Media: SS wire mesh
Support Media: SS wire mesh
Outer Cage: SS
End Caps: DOE
Bonding: Welded
Working temperature: -200 °C to 600 °C.
Cleaning: ultrasonic cleaning, high-temperature baking, etc.
Packing: wooden case or customized, generally wrapped in plastic bag separately first.

Products Features

Double-frame Layer Stainless Steel 316 Pleated Filter Cartridge 4

1. Increased Filtration Surface Area: The pleated design provides a larger filtration surface area, enhancing filtration efficiency and extending the cartridge's lifespan.

2. Higher Contaminant Holding Capacity: The pleated design with more filter media can accommodate a greater amount of contaminants, leading to longer replacement intervals.

3. Lower Pressure Drop: The pleated design allows for larger channels for liquid or gas flow, resulting in lower pressure drop, which helps maintain system efficiency.

4. Enhanced Mechanical Strength: Pleated stainless steel filter cartridges generally have superior mechanical strength, able to withstand pressures and vibrations that may occur in the system.

What are the production processes for stainless steel pleated wire mesh filter cartridges?

The production process of stainless steel pleated wire mesh filter cartridges typically involves the following steps:

250 300 500 800 Micron Plain Weave Stainless Steel Wire Mesh For Filters

1. Raw Material Preparation

The primary raw material is stainless steel wire mesh, often made of high-quality stainless steel such as 304 or 316L, chosen for its corrosion resistance and heat tolerance.

2. Wire Mesh Cutting

The stainless steel wire mesh is cut to the required dimensions, including length and width, as per design specifications.

3. Pleating and Shaping

Pleating and Shaping: The stainless steel wire mesh is meticulously pleated and shaped into the desired form for the filter cartridge, typically involving multiple layers of mesh for increased filtration surface area.

4. Welding

The pleated stainless steel wire mesh is carefully welded to ensure the structural integrity and sealing of the filter cartridge.

5. Cleaning and Treatment

The filter cartridge undergoes cleaning and treatment processes to remove impurities and oil residues, ensuring its cleanliness and functionality.

6. Quality Testing

Rigorous quality inspections and performance tests are conducted on the finished filter cartridges to verify that they meet the required design specifications and performance standards.

7. Packaging

The approved stainless steel pleated wire mesh filter cartridges are then packaged for transportation and storage, ready for distribution to customers.

applications

1. Water Treatment: Used in industrial water treatment processes to remove contaminants and impurities from water sources.

2. Chemical Processing: Ideal for filtering chemicals and maintaining purity in various chemical processing applications.

3. Oil and Gas Industry: Commonly employed in oil and gas operations for filtering fluids and gases to ensure equipment integrity and product quality.

4. Automotive: Used in automotive manufacturing for filtering fluids and gases in production processes to ensure product quality and equipment longevity.