Filtration Solutions for Parts Washing and Cleaning

In manufacturing, maintaining cleanliness is crucial for ensuring reliability and long-term service life. The performance and reliability of finished goods depend on the cleanliness of their components. Therefore, washing components before assembly is essential to prevent contamination from entering the downstream process.

Filtration Products to Address Parts Washing and Cleaning Challenges

Automotive Engine Assembly: PP pleated depth filters remove manufacturing debris from components.

Depth Filters

PP Pleated Depth Filters

Single Industrial Housing

Improved Electroplating Performance: Carbon filters remove particulates and organics from recirculating plating solutions.

  • Carbon Filters
  • Depth Filters
  • Single Industrial Housing

Enhanced Cleanliness of Finished Components: Bag or depth filters clean washing fluids, improving reliability and service life.

  • Depth Filters
  • Bag Filters
  • Industrial Bag Filter Housing

Enhancing Manufacturing Processes with Continuous Filtration Solutions

Continuous Filtration for Parts Washing and Cleaning Manufacturers:

Ongoing filtration of washing and rinse solutions using bag or depth filters ensures that recirculating bath systems maintain the quality of the wash fluids. This approach is widely used in the automotive industry, where components in contact with vehicle fluids undergo rigorous cleaning procedures.

Electroplating and Metal Finishing: In the electroplating and metal finishing industries, recirculating baths are commonly used. It’s critical to remove all particulates and organics from plating solutions to prevent rough plating and hazy deposits caused by organic build-up and poor adhesion. Installing cartridge depth and carbon filters in fluid recirculating lines effectively addresses these issues.

Other Manufacturing Processes: Improving fluid cleanliness is also beneficial in other manufacturing processes, such as coolants used in machine tooling, metalworking fluids, and wash water recirculating lines. By removing contamination during the component manufacturing stage, we prevent potential downstream contamination that could affect the long-term performance of the finished product.