Furnace/hvac Air Filtration Filters

Indx Filters

INDX media consists of layers of corrugated wire cloth with face grids of expanded galvanized steel. They have either an aluminum or steel miter cornered channel frame.

Mistx Filters

The MISTX is designed to offer moisture or oil mist laden air cool metal surfaces to condense on which removes these corrosives from the air. The Mistx operates most effectively at 450 fpm to 550 fpm with an efficiency of >90% on moisture droplets > 20 micrometers. The filter also acts as a particulate filter due to its design of multiple layers of woven wire, which become wet as the filter starts removing moisture and oil from the air stream. Their construction of galvanized steel insures their long life even through rough handling and frequent cleaning.

Polyx Filters

POLYX air filters are made of progressively bonded uniform non-woven polyester filtration media, with expanded aluminum face grids and an aluminum. The polyester is manufactured using advanced technology air laid equipment. This process produces a media of high quality, uniformity, and excellent filtration performance.

Econx Filters

ECONX air filters are composed of progressive density laminated expanded aluminum foil media. The filtration media is made up of multiple layers of expanded aluminum foil held together by a binder material, depending on frame thickness this filter may consist of either one or two layers. Frame is a miter cornered aluminum channel secured by an aluminum blind rivet.

Electrx Filters

The ELECTRX is designed to be the filter you depend on for years of service. We build this filter with heavy-duty frame and face grids to provide protection from frequent cleanings. The business end of this filter is made of multiple layers of either reticulated foam or random fiber polyester and antimicrobial polypropylene. These combinations offer the highest static electric charge possible for this type of media construction.

Techx Filters

TECHX filtration media is a mixture of polypropylene and modacrylic fibers. The exchange of electric charge between these dissimilar materials produces stable static electric charges. This creates a greatly improved filtration media to trap fine particles. This media corrugated together with expanded metal makes up the inner layers of this filter. The face grids are made of heavy expanded aluminum in a one piece mitered corner aluminum frame held by an aluminum blind rivet.