Purolator AERO-CELL S Filter
AERO-CELL S box filter is a rigid air filter engineered to provide medium and high-efficiency filtration combined with a prolonged life cycle. Its box filter construction eliminates the need for retainers and special external wire media supports. A high surface area-to-depth ratio provides the maximum amount of effective filter media in areas of minimum in-line duct space. The result: A rigid, stable filter with consistent performance in a variety of operating conditions.

Applications

• These filters are specifically designed for situations requiring strict adherence to filter media specifications, including the pharmaceutical, food processing, health care, paint spray, and commercial property industries.
• The AERO-CELLTM S filter will operate to a final resistance of 1.5” w.g. Available in a variety of filtering efficiencies and sizes, the AERO-CELLTM S filter will satisfy and effectively service most applications. In Variable Air Volume (VAV) applications, the AERO-CELLTM S filter maintains consistent filtering performance throughout a full range of velocities.

Features

• Dual-Stage 100% Synthetic Fibers.
• Classified Per UL Standard 900.
• Up To MERV 14 Performance.
• Corrosion-Resistant Galvanized Steel.
• Rigid Internal Support.

Interchangeable

• The AERO-CELL S filter is designed to be completely interchangeable with all makes and types of medium to high-efficiency rigid cell filters.
• When used with Purolator conversion filter clips, existing side access and built up filter banks are easily converted to support the AERO-CELLTM S filter.
• In high dust concentration applications, the life of an AERO-CELLTM S is extended by the use of a pre-filter. The Purolator Defiant Mark 80®-D and Hi-E® 40 pleated filters have proven effective in such situations.
• Dual Stage Media Purolator utilizes a dual stage media in each AEROCELLTM S filter. The first stage is a prefilter which consists of coarse synthetic fibers designed to arrest larger particulate in the airstream and enhance dirt loading ability. The second stage is a layer of micro-fine polypropylene fibers spun-bonded and fastened to a polypropylene backing which captures the remaining smaller particles. This dual stage media configuration increases the filter’s overall efficiency and dust holding capacity.
• The media is continuously bonded with solvent-free, water-based glue to expanded, corrosion-resistant, 28- gauge electro-galvanized steel which allows a 95% open face area.
• It is important to note, as well, that synthetic fibers are inherently stronger than microfiberglass fibers, decreasing the chance of media damage due to handling or high moisture conditions.
• Synthetic fibers are more resistant to the shearing stresses encountered at high air flow rates. The continuous filament associated with the spun-bonded process further ensures the integrity of the filter mat and eliminates fiber shedding.