Metal Mesh Air Filters

Each Metal Mesh air filter model performs with a high degree of dust arrestance when installed in industrial machinery, military and power generation equipment where permanent type, cleanable filters are required. ME-2X, ME-3, ME-5, ME-5X filters have been specially designed for equipment where space is limited. Order an air filter prototype for your application today.

Framed Filters +/-.06″ length & width, +/-.03″ thickness

Pad Filters +/-.12″ length & width, +/-.06″ thickness

Metal Mesh media consists of layers of aluminum slit and expanded into 0.25″ thickness.  Single or multiple media layers can be used depending on the level of air flow and filtration required for the application.

Metal Mesh media consists of layers of aluminum slit and expanded into various thickness grades.  Metal Mesh configurations are matched with customer application requirements to provide the optimal combination of dust capturing and dust holding capacity while minimizing resistance to airflow.  Metal Mesh filters are ideal for use in harsh environments where rugged, washable and reusable filters are most appropriate.  Metal Mesh filters are popular in industrial enclosure, outdoor cabinets and applications requiring EMI shielding in a single, low-cost assembly.

UL 900

FMVSS 302

RoHS

REACH

Roll formed into a strong sturdy one-piece channel using 3000 series aluminum. Frame is tightly fitted to filter media and fastened with an aluminum rivet. The UL listing, model number and air flow direction are roll imprinted into the frame. Part number is metal stamped into frame for quick, accurate identification.

In addition to the standard roll formed frame design, more custom options are also available. The Windowpane style frame allows for highly customizable, non-rectangular frame profiles.

Expanded on our specially designed Uni-Grid equipment, using .040″ thick, 3000 series aluminum. Uni-Grid expanded aluminum is approximately 85% open to lower resistance. Uni-Grid support is used on both sides of the metal mesh media for support.