About Stainless Steel Air Shower
We have become the favorite among our numerous customers for providing a Stainless Steel Air Shower that is made of the best quality cold rolled stainless steel sheet with epoxy powder coating. This is widely used in many semiconductor factories, microelectronics factories, biological pharmaceutical factories, etc. It is equipped with the best quality air blowers which make sure that there is complete removal of any contaminants or lodged particles on the personnel. Further, this Stainless Steel Air Shower is widely demanded due to its resistance to rust, corrosion, and other such factors.
Advanced Filtration System for Maximum CleanlinessThis air shower features a robust dual filtration setuppre-filters with over 90% efficiency at 5 microns, and HEPA filters achieving 99.99% efficiency at 0.3 microns. Combined with high-velocity air jets, it effectively removes microscopic particles, ensuring personnel entering clean rooms are contaminant-free, thereby upholding strict hygiene standards.
User-Friendly and Safe OperationThe unit is equipped with an automatic sliding door, infrared motion sensor, and touch panel controls for intuitive use. The door interlock system enhances safety by preventing entry and exit during operation, reducing the risk of unwanted contamination. LED lighting, low noise levels, and integrated ventilation promote both comfort and operational efficiency.
Reliable Design and Minimal MaintenanceConstructed entirely from stainless steel, this air shower is corrosion-resistant and designed for durability in demanding settings. Its microprocessor-based system powers reliable, semi-automatic cycles with adjustable time settings, accommodating various workflow needs. With straightforward maintenance requirements and low power consumption, it represents a cost-effective investment for any clean room facility.
FAQs of Stainless Steel Air Shower:
Q: How does the stainless steel air shower operate to remove contaminants?
A: The air shower uses twelve adjustable stainless steel nozzles to deliver high-velocity jets of filtered air, dislodging and removing dust and particles from personnel. The process is initiated by an infrared motion sensor, and the automatic sliding door secures the enclosure during operation to maintain a sterile environment.
Q: What is the benefit of the HEPA and pre-filter system in this air shower?
A: The combined pre-filter and HEPA filter system ensures over 99.99% removal of particles down to 0.3 microns. This guarantees that staff entering clean rooms or sterile environments do not introduce contaminants, crucial for pharmaceutical, laboratory, or manufacturing applications.
Q: When should the air shower be used in the workflow?
A: Personnel should use the air shower every time before entering sensitive clean rooms or production zones. Its especially critical following breaks or after contact with non-sterile environments to maintain strict contamination control.
Q: Where can this stainless steel air shower be installed?
A: Designed for floor-mounted installation, this air shower is ideal for pharmaceutical laboratories, clean rooms, and manufacturing facilities across industries that demand high cleanliness, such as in India.
Q: What is the process for adjusting air shower operation and cycle timing?
A: Users can easily set the operating time (between 0 and 99 seconds) through the touch panel interface. The number and angle of nozzle jets are also adjustable, allowing customization for different personnel and decontamination requirements.
Q: How does the interlocking door system enhance safety and cleanliness?
A: The interlock system ensures that only one door can be opened at a time during operation, effectively isolating the air shower chamber. This prevents cross-contamination between clean and non-clean areas, preserving the sterile environment inside the facility.
Q: What maintenance is required for this air shower, and what are its energy consumption benefits?
A: Routine checks of filters and cleaning of the stainless steel body ensure optimal performance. The design is low-maintenance and operates with energy-efficient components, consuming just 1200 W, minimizing facility operating costs while maximizing uptime.