Pleated Depth Cartridge Filters
Poly-MAXX, all-Polypropylene, filter cartridges are designed to optimize throughput while achieving absolute and repeatable effluent quality.
Poly-Maxx G, all-Polypropylene, nominally rated filter cartridge is designed to reduce overall filtration costs when compared to spunbonded, stringwound, and nominally-rated pleated cartridges.
Poly-MAXX Select is an absolute rated gradient density pleated polypropylene depth cartridges.
Pur-Pleat all-Polyproyplene Filter Cartridges are designed to optimize throughput, while achieving absolute and repeatable effluent quality.
The Pur-PLEAT G, all-Polypropylene, nominally rated filter cartridge is designed and manufactured on state-of-the-art meltblowing equipment to Strainrite's strict specifications for high solids loading requirements for a variety of prefiltration applications.
Pur-PLEAT Select is a unique, absolute rated, gradient density, polypropylene depth filter that utilizes the revolutionary HSL technology in combination with our high efficiency micro-fiber meltblown media.
CPP & CPW all-Polypropylene filter cartridges optimize throughput while achieving consistent and repeatable effluent quality.
A unique polypropylene depth filter that utilizes long strand small and large diameter fibers to provide high solids loading, absolute-rated, pleated depth filter.
Fiber-MAXX utilizes a high surface area and high void volume media, incorporating Micro-Glass fibers in a uniform matrix that optimizes element flow rate and service life unattainable by other Micro-Fiber technologies.
Strainrite's non-calendared Micro-Glass Glass-PLEAT cartridges exhibit significantly reduced resistance to flow when compared to similarly rated Micro-Fiber technologies.
Continuous Fiber Pleat (CFP) filter cartridges utilize a high surface area of small denier fibers to create more void volume in a high ly uniform matrix, optimizing flow rate and service life without sacrificing particle efficiency.
This unique rigid fiber depth filter cartridge is engineered to take advantage of targeted depth media in an optimized pleated configuration, to maximize solids loading, gel removal capacity, and filter life.