8384062994
accumax105@gmail.com
8384062994
accumax105@gmail.com
Tue May 21, 2024
Air Shower Booth
A great many people working in industrial companies are exposed to various airborne contaminants. When leaving their stations, those workers must inevitably dust off before moving to a clean area. As such, they will undergo a decontamination process between every break and shift change; otherwise they would contaminate the rest areas, meal areas and change rooms.Air shower design and manufactured by Accumax India provides workers with the ability to clean themselves independently, quickly and efficiently. Also, this booth is able to capture even the finest particulates during the dust-removal cycle. The particulates are then eliminated from the work environment rather than just moved.
Designs to an air shower unit include single-side shower, double-side shower, three-side shower, and top shower. Spraying wind speed is around 20-22 m/s or above through stainless steel nozzles. HEPA filters are commonly used to filter out particles greater than 0.3 micrometres in size from the shower air. Air showers are considered essential equipment in fields where sterile or dust-free conditions are critical, such as life science and biomedical research, pharmaceutical, parenteral drug, microelectronics, aerospace and some precision manufacturing.
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The Air Shower Booth is used in various clean rooms, non-clean rooms and stepped clean rooms such as microelectronics, optoelectronics, semiconductors, medicine, food, chemical industry, aviation, automobiles, printing, laboratories, etc. In the process of entering a high-clean room, people are removed, and dust particles larger than 0.3 microns are removed from various parts to prevent contamination after entering the clean room.
The Air Shower Booth is used in various clean rooms, non-clean rooms and stepped clean rooms such as microelectronics, optoelectronics, semiconductors, medicine, food, chemical industry, aviation, automobiles, printing, laboratories, etc. In the process of entering a high-clean room, people are removed, and dust particles larger than 0.3 microns are removed from various parts to prevent contamination after entering the clean room.
At Accumax India, we can make customized cleanroom air showers to match nearly any specification. All Custom Air Showers from Accumax India are constructed from durable, cold-rolled steel shells sealed with low-gassing epoxy or urethane sealant. The doors are hydraulically operated with magnetic locks and feature safety glass with an anodized aluminium door frame. Contact Accumax India to know how our Cleanroom Air Showers can be implemented into your unique space.
1. What are the benefits of integrating cleanroom air showers in controlled environments/ facilities?
Installation of Accumax India cleanroom Air Showers enables seamless entry/exit of personnel in and out of the controlled environment. The “scrubbing” effect of the high-velocity air showers on particulate matters or surface contaminants allows mitigation of potential cross-contamination; thereby increasing cleanroom and process integrity.
2. What is the initial air velocity of Accumax India Cleanroom Air Showers?
Initial air velocity of Accumax India Air Shower is 18-30 m/s (3543-5906 fpm).
3. What is the diameter of the air shower nozzles provided for Air Shower?
The Air Shower’s air nozzles are made of stainless steel, have a diameter of 25mm (1"), and can be adjusted.
4. What is the typical efficiency of filter/s used for Accumax India cleanroom air showers?
The H14 HEPA filter(s) achieve a filter efficiency of 99.9995% for 0.3 micron particles, whereas the ULPA filter(s) offer a typical efficiency of 99.9999% for particle sizes ranging from 0.1 to 0.3 microns.
5. Can Accumax India Cleanroom Air Showers measure the differential pressure across filter?
Standard models of Air Shower are not designed with a device to measure and display differential pressure across filter. Upon client request, Accumax India can customize cleanroom air showers to have add-on magnehelic gauges to display differential pressure value across filters.