Replace Micro-Klean G78F8 25 μm phenolic resin fiber Filter Element, with lengths of 10 inches, 20 inches, 30 inches and 40 inches. The filtering accuracy ranges from 1-25um.

Mainly use thermoplastic novolac resin as raw material, after melt spinning, immersed in an aqueous solution of polyformaldehyde and hydrochloric acid for curing treatment to obtain formaldehyde cross-linked body structure fiber. In order to improve the fiber strength and modulus, it can be melt-blended with 5%-10% polyamide before spinning. This type of fiber is golden or yellow-brown fiber, with a strength of 11.5～15.9cN/dtex, outstanding flame resistance, a limiting oxygen index of 34, instant contact with an oxygen-acetylene flame at nearly 7500℃, and it does not melt or prolong flame. It can also resist concentrated hydrochloric acid and hydrofluoric acid, but it has poor resistance to sulfuric acid, nitric acid and strong alkalis. Mainly used as protective clothing and flame-resistant fabrics or interior decorations. It can also be used as insulation, heat insulation and heat insulation, filtering materials, etc., and can also be processed into low-strength, low-modulus carbon fiber, activated carbon fiber and ion exchange fiber.

Applications

Phenolic resin fiber filter elements are widely used in: automotive topcoats, electrical permanent paints, ink printing inks, can coatings, printing inks, coil coatings, PU coatings, intaglio inks, enamel paints, newspaper inks, UV curing inks, conductive inks, Inkjet, [varnish, resin], flat ink, various latex, color paste, liquid dye, optical film, organic solvent, [petrochemical], chemical chemistry, engine plant cutting, grinding, planing liquid, sewage washing liquid , Film developer, magnetic stripe, magnetic ticket, magnetic card developer liquid filtration.

Phenolic resin fiber filter element characteristics

1. The external winding structure increases the surface area while reducing the loose debris and pollution of machine-made products

2. The extremely long acrylic fiber increases the fiber length and can resist other competitive products. Use short fiber to make phenolic formaldehyde.

Damage and fiber movement of the resin filter element

3. The injection of phenolic resin enhances the viscosity of the filter element that can be used 

for fluids up to 15,000 SSU (3200  cks)

4. Silicone resin structure ensures no medium pollution

5. Flow rate up to 5 gpm (about 2.3T/H) [each 10 inch long filter element]

6. The phenolic resin composite filter element has a unique, two-layer structure filter design 

to ensure maximum particle removal

Effect and guarantee the service life in viscous fluid filtration