Coolant Filter Paper Rolls

What are Coolant Filter Papers?

Coolant Filter Papers are essential components in machine tools that filter out contaminants from the coolant system, preventing damage and ensuring the efficiency of the machining process. By capturing metallic particles and other debris, these filters preserve the quality of the coolant and extend its usability.

Advanced Non-Woven Media Solutions for Coolant Filtration

Our non-woven filter media are available in a variety of materials, including nylon, polypropylene, polyester, rayon, cellulose, and vinyl, with weights ranging from 0.3 to 6 ounces. These versatile materials can be converted into bags, specialty parts, and other configurations to meet any specific requirements:

• Customizability: Each filter can be crafted in sheets, die-cut forms, or any custom design up to 60 inches, tailored to meet precise specifications.

• Economical and Versatile: Non-woven filters are an economical alternative to woven fabrics, offering excellent versatility and adaptability in numerous applications.

Technical Specifications - Coolant Filter Paper Rolls

• Materials: Available in polypropylene, polyester, cellulose, and vinyl.

• Types: Including adhesive bonded and synthetic filter papers.

• Grammage and Particle Retention: Engineered to provide optimal particle retention, tailored through the grammage, weave, and construction of the fabric.

• Dimensions:

  • Rolls: Widths from 7/8″ to 104″, lengths from 10 to 5,000 linear yards.

  • Custom Configurations: Available in sheets or die-cut shapes up to 60″.

Coolant Filter Paper Rolls and Applications

These filter papers are ideal for:

• Gravity Bed Filter Machines

  • Utilizing gravity to pass coolant through the media, capturing particulates effectively.

  • Thicker for higher filtration, hydrophilic to absorb water, commonly used in smaller or per-station machines.

• Vacuum Coolant Filter Machines:

  • Stronger media to withstand vacuum forces, hydrophobic to repel water, and generally has a longer lifespan.

  • Employing a vacuum to enhance filtration efficiency is particularly suited for central system applications in large plants.