Resin Bonded Filter Cartridge

Product Details:

Cellulose/Melamine Resin Bonded Cartridge Filter offers a superior balance of high efficiency, durability, and cost-effectiveness for a variety of industrial filtration needs. This filter is constructed using highly refined, natural cellulose fibers that are rigidly bonded into a fixed matrix using a high-strength, cross-linked melamine resin. This unique manufacturing process creates a durable, self-supporting filter structure that resists media migration and prevents the unloading of captured contaminants, even under fluctuating flow conditions. The filter's design ensures consistent performance and high dirt-holding capacity, making it an excellent choice for a wide array of aqueous and non-aqueous solutions.

Product Details:

Acrylic Fibre/Phenolic Resin Bonded Cartridge Filter is a robust, high-performance industrial filtration solution engineered for challenging fluid environments. This filter utilizes a rigid matrix of long acrylic fibers, intrinsically bonded together with high-quality phenolic resin, to create a highly durable and porous structure. Unlike traditional wound or pleated cartridges, its fixed-matrix design ensures exceptional structural strength, preventing collapse or rupture under high differential pressure and extreme operating temperatures (up to 145°C/293°F). The filter features a true graded-density construction, which maximizes dirt-holding capacity and ensures consistent, reliable particle removal without bypass or contaminant unloading, even with high-viscosity fluids

Product Details:

Grenolic Resin Bonded Cartridge is a high-performance industrial filtration solution engineered for the most demanding high-viscosity and high-temperature environments. Built with a rigid, grooved structure of acrylic or cellulose fibers bonded with durable phenolic resin, this cartridge offers exceptional structural integrity that prevents bypass and unloading, even under fluctuating pressures. Its true graded-density construction maximizes dirt-holding capacity by capturing larger particles at the surface while trapping finer contaminants deep within the matrix. Capable of withstanding temperatures up to 250°F, it is the ideal choice for filtering paints, inks, resins, and petroleum products where traditional melt-blown filters might fail.