3M Micro-Klean RT Series Filter Cartridge, RT29Y16G20NN, 29.25 in, 1 ?, 15/Case

The filter’s rigid construction provides consistent performance, extended service life and fewer filter change outs. We manufacture the Micro Klean RT series filters using our own rigid extrusion bonded technology. Our unique manufacturing process combines the superior process control with the quality assurance enabled by an to provide reliable product performance. This exclusive manufacturing process is an ISO 9001 certified quality system and provides a high degree of fiber to fiber thermal bonding, without the use of binders, to produce a rigid, core less filter structure with the following properties Does not unload contaminants with increasing differential pressure like typical meltblown filters Allows grooves to be machined into the upstream surface, without tearing or melting the filter structure, more than doubling the effective surface area Exhibits exceptionally low differential pressure for a given filter ratingCore less filter structure allows for ease of disposal via incineration or shredding Continuous integral length filter element is easy to install and has no bond joints to break Consistent filtration throughout the service life of a depth style filter depends on how well the filter’s structure tolerates fluctuations in operating conditions – including contaminant loading and differential pressure. Flexible structures, such as meltblown and string wound filters, tend to compress and change porosity with increased pressure, while rigid structures like ours do not. Media compression can result in short filter life because the pores collapse and ultimately close. Media compression can also cause the filter to release already held particles. Our robust Micro Klean RT series filter captures and retains contaminant within its rigid filter matrix, even under increasing differential pressure. In addition, the unique depth filter structure of the Micro Klean RT series filter provides a significant increase in contaminant holding capacity and provid