Phenolic resin filter element

Product Profile:

Phenolic resin composite filter is a patent breakthrough in the design of resin composite filter. The external spiral winding structure can collect a large number of particulate impurities, and the internal structure can intercept particulates with corresponding precision, which is suitable for high viscosity and high temperature fluids.

Technical parameters:

Filtration accuracy (micron): 2,5,10,25,50,75,125,150

Maximum temperature resistance: 121 degrees Celsius

Filter Material: Special Long Fiber, Phenolic Resin

Filtering Direction: Out-in-out

The filter element length is 10, 20, 30 - 40 inches

Filter core diameter: 2.56 inches

End Cover Form: DOE (Open Flat at Both Ends)

Flow rate (2.74'diameter): (1.1 m3/hr/10' inch filter element)

Application industry:

Chemical Coatings, Paint Filtration, Organic Matter Dissolution in Latex Industry

Coil Coatings, Gravure Ink, Porcelain, Glaze, Newspaper Ink, Varnish, Plate Ink, Various Latex, Colour Paste, Liquid Dye, Phenolic Curing Agent, Cutting Oil Resin Adhesive, Petroleum Product Wax

Performance characteristics

1. External winding structure increases surface area and reduces loose debris and pollution of machine-made products.

2. Extremely long acrylic fibers increase the length of fibers and can resist other competing products. Short fibers are used to make phenolic resin filter core breakage and fiber movement.

3. The injection of phenolic resin enhances the viscosity of the filter element used for fluids up to 15,000 SSU (3200 cks)

4. Silicone Resin Structure to Ensure Medium Free Pollution

5. Flow up to 5 GPM (about 2.3 T/H) per 10-inch filter element

6. The phenolic resin composite filter element has a unique and patented two-layer structure filter design to ensure maximum particle removal efficiency and the life of viscous fluid filtration.

(2-150 um precision range is optional)

(10-40 inches in length)

(2.56 inches in diameter)

(Fluid filtration of phenolic or resin-containing raw materials at high temperature and high viscosity)