Explore the structural details of the Purifier Nxgan lacquered exterior and stainless steel interior air showers

As a key purification device, the Purifier Nxgan painted exterior and stainless steel interior air shower room incorporates multiple elements in its structural design to ensure effective air purification and operational stability.

Purifier Nxgan outside baking paint inside stainless steel air shower room technical parameters:

• Outside size: 1220 × 2000 × 2050 (W × D × H)

• Purification area size: 790 × 1920 × 1950 (width × depth × height)

• Filter purification efficiency: ≥0.5um dust ≥99.99% (sodium flame method)

• Nozzle wind speed: ≥27m/s or more to achieve the effect of dust removal

• Air shower time: 0~99sec adjustable

• Circulating air volume: 1600~2000M3/h

• Electricity: 380V-50Hz or 220V-50Hz

• Maximum power: 0.75KW

• Weight: 460Kg

• Size of high efficiency filter with partition: 610×610×120

• Primary filter size: 600×300×21

Air Shower Room Operation Steps

Prepare:

• Ensure you are properly attired in cleanroom garments.

• Verify that the air shower is operational.

Enter:

• Step into the air shower room and close the door behind you.

• Stand in the designated area and remain still.

Activate:

• Wait for the air shower cycle to start automatically.

• The air jets will begin, removing contaminants.

Exit:

• After the cycle completes, open the exit door.

1. Can air showers be used in laboratories?

Air showers are commonly used in laboratories to remove surface particles from personnel and equipment before entering controlled environments. They ensure contamination-free zones by blowing high-velocity HEPA-filtered air, aligning with lab cleanliness standards like ISO classes.

2. How to ensure proper airflow in an air shower?

Regular maintenance of filters and airflow sensors is critical. Verify nozzle alignment and airspeed (typically 20-25 m/s) using anemometers. Ensure door seals are intact to prevent leaks, and schedule periodic airflow pattern tests for consistency.

3. What is the noise level of an all-steel air shower?

All-steel air showers typically operate at 65-75 dB, depending on fan power and insulation. Noise can be minimized using sound-dampening materials or variable-speed blowers, ensuring compliance with workplace safety regulations.

4. Can air showers be used for personnel decontamination?

Yes, air showers effectively reduce particulate contamination on personnel. They are widely used in pharmaceuticals, electronics, and bio-research facilities. High-velocity airflow dislodges particles, while HEPA/ULPA filters capture contaminants.

5. What types of filters are used in air showers?

HEPA filters (99.97% efficiency at 0.3µm) are standard. Some models use ULPA filters (99.9995% at 0.12µm) for stricter environments. Pre-filters capture larger particles to extend HEPA lifespan.

6. How to troubleshoot common air shower issues?

For sensor failures, check IR/photo-electric alignment and wiring. Low airflow may indicate clogged filters or fan malfunctions. Door interlock issues often stem from misaligned magnetic switches. Reset control panels before advanced diagnostics.

7. Can an all-steel air shower be customized?

Yes, customization includes size adjustments, added nozzles, or upgraded control systems. Optional features like emergency stops, touchless activation, or antimicrobial coatings are available for specific industry needs.

8. What is the airflow pattern inside an air shower?

Airflow follows a pre-set multidirectional sequence, often top-to-bottom or side-to-side. This turbulent flow maximizes particle removal. Patterns are optimized during manufacturing to ensure full-body coverage in 15-30 seconds.

9. How are air showers tested for performance?

Performance tests include particle count comparisons before/after use, airflow velocity checks, and filter integrity scans. Certification involves ISO 14644-3 standards, with annual re-testing recommended.

10. How does an air shower improve air quality?

By removing particulates from surfaces and clothing, air showers prevent cross-contamination. Filtered airflow reduces airborne particles, maintaining ISO-classified cleanroom conditions and protecting sensitive processes.

11. How to monitor the performance of an air shower?

Use differential pressure gauges to track filter loading. Install particle counters at exits for real-time data. Modern systems integrate IoT sensors for remote monitoring and predictive maintenance alerts.

12. What is the role of an air shower in electronic manufacturing?

Air showers prevent static-sensitive microcontaminants from damaging components. They control humidity-related particles and minimize ESD risks, critical for semiconductor production and PCB assembly lines.

13. What accessories are available for lacquered air showers?

Options include stainless-steel flooring, LED lighting, voice prompts, and RFID access systems. Anti-static curtains, emergency stop buttons, and UV-C decontamination modules enhance functionality.

14. What are the safety features of an all-steel air shower?

Emergency stop buttons, door interlocks, and obstruction sensors ensure user safety. Fire-retardant materials, emergency release handles, and fail-safe airflow shutdowns are standard in compliant models.

15. What are the installation costs for an air shower?

Costs range from $200 to $600+, depending on size, materials, and features. Installation adds $2,000-$5,000 for electrical/ductwork, with ongoing costs for filter replacements (~$500-$1,500 annually).