MayAir Group products

MayAir 401 is equipped with HEPA, activated carbon filter, negative ion and nano photocatalytic technology. With an effective area of 55m², it mainly focuses on the removal of biological contaminants (bacteria, microorganisms, dust mite etc.), gaseous contaminants (carbon monoxide, benzene, formaldehyde etc.) and tiny particles (dust, pollen, smoke etc.)

Specially engineered formaldehyde removal filter media. 2 options: PM 2.5 purification and formaldehyde purification. High air handling volume – effective in large space. Ultra-thin design- space saving, equipped with wheel for the ease of moving. Rental and purchase service available.

Low Power Consumption – 28W. Low Noise – 36.7 dB (A). LightWeight – 33kg. Dimension (WxHxD,mm) – 600 x 300 x 1240 (with casters). Model Selection: Haze Removal or Formaldehyde Removal.

MAIN MATERIAL: Cold rolled steel with electrostatic coating or stainless steel 304, 5mm double tempered glass, Automatic door closer

MayAir Fan Filter Unit (FFU) suitable for turbulent or laminar flow clean room environment. It’s unique design allows it to be installed easily on different types of clean room ceiling grid system. With minimum effort, it is upgrade-able and integrated into any clean room system to achieve higher class clean room environment.

Good air tight performance, connecting with duct work, suitable for air filtration ranging from 10,000k to 100k cleanroom. Hepa filter box is widely used in operating theatre, laboratory, pharmacy, micro-electronics, film and packaging which require high grade of clean environment.

Mainly used in air inlet filtration of central air conditioning, gas turbine generator plants, oxygen plants, steel plant oxygen station, blast furnace blast air compressor station, power plant and etc. It can be used to replace GE, SOLAR, SIEMENS, ALSTOM, MITSUBISHI.

Cement, Electronics, Cigarettes, Chemicals, Pharmaceuticals, Laser Cutting and other High Concentration Dust Industries.

Chemical Filtration unit applications include commercial and industrial settings, as well as manufacturing facilities and any other setting in which the control of gaseous pollutants is a concern, such as hospitals. The removal of SO2 and H2S is accomplished most frequently by the use of chemical filtration.