High-efficiency air supply unit for Ahu with Smooth Diffuser Plate

High-efficiency  air supply unit for Ahu with Smooth Diffuser Plate

The High-efficiency efficient air supply unit uses a modular design, and the shell is made of high-quality cold-rolled steel

Board production, surface electrostatic spraying, or stainless steel production. Including static pressure

Tanks, HEPA filters, diffuser plates, cleaning at all levels of remodeling and new construction

When the clean room is used, it can be directly installed in the clean room as a terminal high-efficiency filter device.

Clean room ceiling and other places, the construction is simple. between the filter and the box

Closed cell neoprene gasket seal. At the same time,  provides tank tightness

Sealing method to meet higher cleanliness requirements, liquid tank seal to ensure

There is no particle leakage between the filter and the box.

High efficient air supply unit -Mainly used in the terminal air supply in the clean plants, such as: pharmaceutical, medical, food, electronics, semiconductors and other industries. - The product uses the mechanical fastening seal, and the tank is made of high-quality cold-rolled plate. - Tubes and pipes could be chose as the request of DOP aerosol input test , DOP sampling test and air filter pressure drop test - The metal casing of the unit is plastics sprayed, with strong corrosion resistance.

We provide a complete test verification interface.

Reasonable smoking layout meets the requirements of PAO aerosol uniformity, and it can provide filter life inspection interface through online test one by one.

We provide a variety of sealing methods such as gel and mechanical, and a variety of materials to choose from.

All high-efficiency air outlets have undergone rigorous testing and verification.

The high-efficiency air outlet can be optionally equipped with a spherical nozzle to provide a higher range.

The high-efficiency air outlet can be equipped with a double-layer sealing structure to improve airtightness.

H13-U15 high-efficiency filters of various thicknesses can be selected to obtain the best balance between cost and energy consumption.