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The stainless steel air shower room uses a stainless steel box, with filtered circulating air and double-sided nozzles, to blow and shower the surface of the clothes of people entering the clean area. Aili Industrial configures the box material, nozzle layout, door structure and control functions based on the use environment, cleaning procedures, traffic flow and installation conditions, so that the air shower room can be adapted to places with high surface cleaning requirements such as electronics, medicine, and food.
Operation form |
Cabinet material |
Blowing method |
Custom support |
|---|---|---|---|
Single/Double/Multiple people |
Stainless steel |
Double side nozzle shower |
Size, material and function customization |
The air shower box is made of stainless steel, and the inner and outer walls can be selected from different grades and surface treatments according to project requirements. Stainless steel is corrosion-resistant and does not easily accumulate dust. It is easy to wipe and use detergents for daily use. It is suitable for the entrance of clean areas with high surface cleaning requirements.
Different grades of stainless steel have differences in corrosion resistance, strength and processing performance. The selection should be confirmed based on the type of cleaning agent, usage environment and appearance requirements. Air shower room classification and structural form can be viewed Air showers understand different models.
The air shower room is equipped with nozzles on both sides to spray the surface of people's clothing from different angles. Compared with single-sided blowing shower, double-sided blowing shower has wider coverage, which helps to reduce the blind zone of blowing and showering when personnel turn around.
The number, angle and air outlet speed of the nozzles can be configured according to the size and traffic requirements of the air shower room. After entering, personnel should turn their bodies in the shower area so that all surfaces can be covered by the airflow. Please refer to the air volume conversion How to convert face wind speed and air volume?。
After the air passes through the primary filter and high-efficiency filter, it is sent to the nozzle by the fan, blows the surface of the personnel, and then returns to the front end of the filtration system through the return air outlet to form a cycle.
Return air filtration needs to be matched with the nozzle layout, air duct and fan working point. The return air outlet should be kept clear to prevent obstruction by clothing or objects from affecting circulation. Filter selection can be learned HEPA and ULPA filters , select supporting products based on particle control requirements.
The air shower room is usually equipped with induction control, which automatically starts the shower after personnel enter. The front and rear doors are interlocked to prevent the doors on both sides from being opened at the same time and causing an airflow short circuit.
The blowing time can be set according to management requirements. The access interlock and shower logic should match the personnel entry and exit process to avoid low traffic efficiency or interlock failure. For multi-person access configuration, please refer to Double double hair shower room and Triple-double air shower room。
The air shower room can be configured with lighting and status displays to indicate that the air shower is in progress or that access is allowed. Lighting should meet internal operation and inspection needs, and status display should be easy for personnel to identify.
If the project needs to be linked with the access control system or upper-level system, the control interface and communication protocol should be confirmed during the design stage.
After people enter the air shower room, the induction device triggers the fan to start. After primary filtration, the air is sent to the high-efficiency filter by the fan, and then blown to the surface of the personnel through the nozzles on both sides. The air carrying particles returns to the front end of the filtration system through the return air outlet, forming a cycle.
Personnel enters → Induction start → Primary filter → Fan air supply → High efficiency filter → Double-sided nozzle blowing → Return air circulation → End of blowing → Unlock the exit door
The blowing time and nozzle angle need to be confirmed based on the actual traffic flow. People's clothing, carrying items and standing position may affect the shower effect, and should be verified according to the agreed conditions after installation.
project |
Configuration instructions |
|---|---|
Product form |
Stainless steel air shower |
means of transportation |
Single, double or multi-person access, front and rear doors interlocked |
Blowing method |
Double side nozzle shower |
Cabinet material |
Stainless steel, grade and surface treatment confirmed by project |
Overall dimensions |
Confirm according to installation space, traffic direction and maintenance conditions |
Inner cavity size |
Determined based on personnel passage and turning space |
Number of nozzles |
Configure according to air shower room size and shower coverage requirements |
Filtration system |
Primary effect and high efficiency filter matching |
Shower wind speed |
Configure according to process requirements, and the acceptance scope is determined by the technical agreement |
Shower time |
Set according to management requirements, and the adjustable range is confirmed according to the control plan |
Access control interlock |
Front and rear doors interlock to prevent simultaneous opening |
fan drive |
Configure according to air volume, resistance and operation requirements |
Control function |
Induction start, shower timing, status display and linkage interface configured on demand |
illumination |
Configured for internal operations and inspection needs |
Power and power |
Confirm by selected model and electrical requirements |
Test items |
Wind speed, filter leak detection and electrical inspection are carried out as agreed. |
The performance of the air shower needs to be confirmed through complete machine testing and cannot be judged solely based on filter efficiency. For the difference between filter efficiency and work area cleanliness, please refer to What is the difference between cleanliness level and filtration efficiency?。
Clean entrance of electronics factory |
Entrance to pharmaceutical clean area |
Food clean workshop entrance |
Entrance to laboratory clean area |
|---|---|---|---|
High surface cleaning requirements |
Personnel decontamination process |
Stainless steel material requirements |
Clean handling of non-hazardous materials |
The air shower is mainly used for surface blowing of personnel and clean area entrance management. It does not replace the dressing process, material purification and the air purification system of the clean room itself. When infectious or hazardous materials are involved, equipment should be selected based on the risk.
Stainless steel grade and surface treatment affect corrosion resistance, cleaning difficulty and appearance, and should be confirmed based on the type of cleaning agent, usage environment and appearance requirements. In places that require frequent cleaning, attention should be paid to corner treatment and sealing structures to reduce cleaning dead corners.
The air shower requires installation space, front and rear traffic directions and door opening space. Before installation, the size of the door opening, floor flatness and surrounding passages should be checked to confirm that the air shower can be installed and used normally.
The shower time should match the personnel traffic efficiency. If the time is too short, the shower may be insufficient, and if the time is too long, traffic may be affected. Access control interlock logic should be consistent with the changing process and clean area management requirements.
Return air vents and filters require regular maintenance, and the installation location should be convenient for replacement and maintenance. Maintenance channels should be reserved around the air shower to prevent the equipment from being blocked by other objects. Insufficient maintenance channels will increase subsequent expenditures. This is reflected in what later expenses will be increased due to insufficient maintenance channels . There is a more detailed analysis of
Clean the stainless steel inner wall, nozzles and return air outlets in accordance with management requirements to avoid dust accumulation that affects the blowing effect. After cleaning, the surface should be dried to reduce water stains and residue. Pay attention to protecting the nozzle angle and filter system seal when cleaning.
Maintain the primary filter according to the frequency of use and environment, and determine the maintenance needs of the high-efficiency filter based on pressure difference, wind speed and filter status. After replacement, the installation seal and related performance should be rechecked.
Regularly check access control interlocks, induction devices and shower timing functions to ensure normal access procedures.
Aili Industrial has a manufacturing base of 30,000 square meters, covering R&D and manufacturing links such as motors, fans, control systems, sheet metal, air filters and complete machine assembly.
For stainless steel air shower projects, the stainless steel box, nozzle layout, filter configuration, fan working point and control function can be checked together to support standard selection, non-standard design and batch project matching.
manufacturing link |
Project support |
|---|---|
Motors and fans |
Match the shower air volume, filter resistance and operating requirements |
air filter |
Check efficiency, size and installation seals |
control system |
Configure induction start, shower timing, access control interlock and linkage interface |
Sheet Metal and Structure |
Realize stainless steel box, nozzle layout and installation structure |
Complete machine assembly and testing |
Organize production and inspection according to confirmed drawings and technical requirements |
The main difference is the box material. Stainless steel air showers are corrosion-resistant and easy to clean, and are suitable for places with high surface cleaning requirements or frequent wiping.
The corrosion resistance of stainless steel depends on the grade, surface treatment and usage environment. Long-term exposure to certain cleaning agents or humid environments may still affect the surface, so it should be used according to cleaning procedures and kept dry.
The size can be customized according to the installation space, the number of people passing through and the direction of traffic, and the door body form can also be configured according to project requirements.
The blowing time is usually adjustable, and the specific range is confirmed according to the control plan. The set value should match the personnel traffic efficiency and clean area management requirements.
It should be judged based on the pressure difference, wind speed and filter status. Recheck sealing and related performance after replacement.
Clarifying the use environment, cleaning requirements, number of passers-by, installation space and material requirements will help determine the stainless steel air shower configuration suitable for the entrance of the clean area.
Contact us immediately to obtain product information and technical parameters of stainless steel air shower.
→ Consult stainless steel material and size → Submit access procedures and access control requirements
→ Learn about filtering and control configuration → Communicate on non-standard and batch projects
pass Aili Industrial Technology Consulting , communicates product selection and customization needs.
Aili Industry - From core components to complete air shower machines, it provides products and technical support for clean room personnel entrance, changing process and traffic management.
