Features:

• Filter designed with double filter area in order to make the life time longer, media reduces operating costs.
• Face filter area more is made by separator aluminum foils.
• A-MI filter is designed to improve indoor Air Quality (IAQ). The filters are designed to trap and concentrate particulate air contaminants, especially during high air flow and turbulence air situation.
• A-MI media is manufactured with two layers of glass fibers; coarser filters on the air entering side and finer fiber on the air leaving side.
• Our dual density design allows dirt particles to be collected throughout the entire depth of the filter utilizing the full cleaning potential of the filter media, which leads to high dust holding capacity and provide the result of low maintenance cost the high moisture resistant characteristic of this filter media also makes the filter suitable to be installed at high humidity area.
• A-MI comes with different choices of cell side, which is Particle board, Galvanzied steel, and Stainless steel. The metal cell side comes with 3 different designs, which is None Header, Single Header and Double Header construction. Besides that, A-MI also comes with High temperature model which albe to withstand the temperature up to 250 degree celcius.

Ideal solution for critical operating conditions such as:

• Variable air volume.
• Turbulent aiflow.
• Repeated fan shutdown.
• High temperature operation.
• High humidity.
• Intermittent exposure to water such as seacoast installations.

Engineered for a variety of applications:

• AMI’s rigid construction with supported pleat media pack maintains a compack, unitized structure even under tough operating condition; even during variable air velocity and repeated fan shutdown do not compromise the performance.
• During the pleating process, spots of glue are applied to bond each separator to the adjacent pleat. This solidifies the media pack to minimize movement and prevent media damage. Burst strength is improved to prevent the filter from blowing out under variable air volume conditions or unusual high static pressure.