Mini-Pleat Air Filters
Rochester's FP Series fine dust filter is recognized worldwide as the most proven and reliable high technology air filter on the market. Our mini-pleat V-Bank technology has proven to be cost effective and highly efficient in removing a wide variety of contaminants from the air stream in industrial, medical, office and original equipment applications. The FP's unique mini-pleat V-Bank design incorporates 193 square feet of high efficiency media within a 24"x24"x12" (nominal) rigid frame, significantly more than most other high efficiency filters on the market. The extended media surface creates a very low resistance to air flow. The low pressure drop results in lower energy costs and a longer filter life. The FP's rigid design allows it to withstand many unfavorable conditions especially variable air volume (VAV) systems. The FP's unique, inherently stable filter design distributes air evenly across the filter. It allows for large variations in air flow and pressure drop without affecting filter performance and efficiency. The FP performance is not affected by repeated fan shutdowns or changes in air flow velocities. Its rated at continuous air flow rates of 3000 cfm. The FP is designed to handle nearly all types of unusual circumstances: 100% relative humidity, turbulent air flow, intermittent exposure to water, repeated fan shutdown, desert and marine installations.
2-V configuration, lightweight design, plastic frame creates an exceptionally strong yet lightweight filter, reduced resistance to air flow promotes significant energy savings
Advanced pleat design for even dust loading and maximum service life, high impact plastic frame for harsh environment, very low resistance to air flow results in lower energy costs
Advanced media and design provide high efficiency filter in a compact design, low resistance to air flow saves energy costs, long service life
Advanced pleat design for even dust loading and maximum service life, high impact plastic frame for harsh environment, very low resistance to air flow results in lower energy costs
Advanced media and design provide high efficiency filter in a compact design, low resistance to air flow saves energy costs, long service life
Advanced pleat design for even dust loading and maximum service life, high impact plastic frame for harsh environment, very low resistance to air flow results in lower energy costs
Advanced pleat design for even dust loading and maximum service life, high impact plastic frame for harsh environment, very low resistance to air flow results in lower energy costs
Advanced pleat design for even dust loading and maximum service life, high impact plastic frame for harsh environment, very low resistance to air flow results in lower energy costs
Advanced media and design provide high efficiency filter in a compact design, low resistance to air flow saves energy costs, long service life
Advanced media and design provide high efficiency filter in a compact design, low resistance to air flow saves energy costs, long service life
2-V configuration, lightweight design, plastic frame creates an exceptionally strong yet lightweight filter, reduced resistance to air flow promotes significant energy savings
Advanced media and design provide high efficiency filter in a compact design, low resistance to air flow saves energy costs, long service life
Advanced media and design provide high efficiency filter in a compact design, low resistance to air flow saves energy costs, long service life
4-V configuration, longer filter life with lower replacement and maintenance costs, plastic frame creates an exceptionally strong yet lightweight filter, reduced resistance to air flow promotes significant energy savings
Advanced media and design provide high efficiency filter in a compact design, low resistance to air flow saves energy costs, long service life
Advanced pleat design for even dust loading and maximum service life, heavy die-cut frame adds rigidity very low resistance to air flow results in lower energy costs
4-V configuration, longer filter life with lower replacement and maintenance costs, plastic frame creates an exceptionally strong yet lightweight filter, reduced resistance to air flow promotes significant energy savings
Advanced media and design provide high efficiency filter in a compact design, low resistance to air flow saves energy costs, long service life
Advanced pleat design for even dust loading and maximum service life, heavy die-cut frame adds rigidity very low resistance to air flow results in lower energy costs
Advanced media and design provide high efficiency filter in a compact design, low resistance to air flow saves energy costs, long service life
Advanced pleat design for even dust loading and maximum service life, high impact plastic frame for harsh environment, very low resistance to air flow results in lower energy costs
Advanced pleat design for even dust loading and maximum service life, high impact plastic frame for harsh environment, very low resistance to air flow results in lower energy costs
Advanced media and design provide high efficiency filter in a compact design, low resistance to air flow saves energy costs, long service life
Advanced media and design provide high efficiency filter in a compact design, low resistance to air flow saves energy costs, long service life
Advanced pleat design for even dust loading and maximum service life, heavy die-cut frame adds rigidity very low resistance to air flow results in lower energy costs
Advanced media and design provide high efficiency filter in a compact design, low resistance to air flow saves energy costs, long service life
Advanced pleat design for even dust loading and maximum service life, heavy die-cut frame adds rigidity very low resistance to air flow results in lower energy costs
Advanced pleat design for even dust loading and maximum service life, high impact plastic frame for harsh environment, very low resistance to air flow results in lower energy costs
2-V configuration, lightweight design, plastic frame creates an exceptionally strong yet lightweight filter, reduced resistance to air flow promotes significant energy savings
4-V configuration, longer filter life with lower replacement and maintenance costs, plastic frame creates an exceptionally strong yet lightweight filter, reduced resistance to air flow promotes significant energy savings
Advanced media and design provide high efficiency filter in a compact design, low resistance to air flow saves energy costs, long service life
Designed to remove a wide range of odors and common indoor air pollutants at high air flows, Constructed of heavy-duty galvanized steel, with 3/4"honeycomb media packs, Potassium Permanganate Media
2-V configuration, lightweight design, plastic frame creates an exceptionally strong yet lightweight filter, reduced resistance to air flow promotes significant energy savings
Advanced media and design provide high efficiency filter in a compact design, low resistance to air flow saves energy costs, long service life
Advanced media and design provide high efficiency filter in a compact design, low resistance to air flow saves energy costs, long service life
Advanced pleat design for even dust loading and maximum service life, high impact plastic frame for harsh environment, very low resistance to air flow results in lower energy costs
Advanced pleat design for even dust loading and maximum service life, high impact plastic frame for harsh environment, very low resistance to air flow results in lower energy costs
Advanced media and design provide high efficiency filter in a compact design, low resistance to air flow saves energy costs, long service life
Advanced pleat design for even dust loading and maximum service life, high impact plastic frame for harsh environment, very low resistance to air flow results in lower energy costs
Advanced pleat design for even dust loading and maximum service life, high impact plastic frame for harsh environment, very low resistance to air flow results in lower energy costs
Advanced pleat design for even dust loading and maximum service life, high impact plastic frame for harsh environment, very low resistance to air flow results in lower energy costs
Advanced media and design provide high efficiency filter in a compact design, low resistance to air flow saves energy costs, long service life
4-V configuration, longer filter life with lower replacement and maintenance costs, plastic frame creates an exceptionally strong yet lightweight filter, reduced resistance to air flow promotes significant energy savings
Advanced media and design provide high efficiency filter in a compact design, low resistance to air flow saves energy costs, long service life
Advanced pleat design for even dust loading and maximum service life, high impact plastic frame for harsh environment, very low resistance to air flow results in lower energy costs
Advanced media and design provide high efficiency filter in a compact design, low resistance to air flow saves energy costs, long service life
Advanced pleat design for even dust loading and maximum service life, high impact plastic frame for harsh environment, very low resistance to air flow results in lower energy costs