Filter Cartridges

TRINITY Flow-MAX Pleated Filter Cartridges are designed to optimize the surface area of the PP media for higher flow rate, lower clean Delta P and longer Service life. The Filter provides more surface area due to its pleated design. Applications for these are available across food & beverages, pharmaceutical, semiconductor and other demanding process applications. All PP construction and gradient density micro-fiber media provide excellent removal efficiencies and high contaminant holding capacities. All materials used in this filter cartridge are CFR-21 complaint so, it is safe to use for food contact purposes.

TRINITY Spun-BOND Depth filters are created from 100% Polypropylene with no additives or surfactants used that can cause foaming or other undesirable effects to the filtrate quality. With the true graded density construction, these filter cartridges are capable of high dirt loading capacity. The Spun-BOND cartridges are a perfect choice where economy and efficiency are critical.

TRINITY Micro-STRING wound filters are manufactured using the latest winding technology which gives true graded density with denser layers inside and coarser layers outside. This produces superior depth filters with increased filtration capacity, longer service life, and higher performance that reduces overall costs. Micro-String filters have high structural integrity combined with a greater voids volume, giving a lower pressure drop, much improved dirt holding capacity and efficiency compared to conventional wound filters.

TRINITY Pure-GUARD Bi-Component Thermally Bonded Filter Cartridges are manufactured using a unique technology using polyolefin thermally-bonded bi-component fibers resulting in a rigid complex filter matrix. The unique fiber-to-fiber bond forms a very rigid, stable porosity matrix thereby eliminating the need for a support core. The patented construction of this filter cartridge provides consistent filtration and eliminates pore size variability and media migration. The rigid construction also provides a three-dimensional fiber network that offers a high tolerance to differential pressures. This unique feature also prevents changes in the fiber matrix throughout the life of the filter providing for precise filtration and eliminating filter unloading.