Chemical Plant Air Shower for 20+ Workers | 201 Steel & Corrosion-Proof
Featuring an external cold plate paint exterior for corrosion resistance and an internal 201 stainless steel lining, the Air Shower offers a smooth, non-porous surface that resists particle adhesion and simplifies sanitization—critical for GMP-compliant environments. The 201 stainless steel deluxe single door with a glass window ensures ergonomic access and real-time visibility, enhancing operational safety and workflow efficiency.
A double-sided air shower system with 36 adjustable stainless steel nozzles generates a high-velocity airflow of 13–25 m/s, strategically designed to rapidly dislodge and remove particulate contaminants from personnel from all angles. This comprehensive decontamination process ensures individuals entering or exiting controlled cleanrooms meet the highest cleanliness requirements.
| Parameter Name | parameter |
| Material | External cold plate paint exterior, internal 201 stainless steel |
| Door System | 201 stainless steel deluxe single door with glass window |
| Air Shower System | Double-sided blowing with 36 stainless steel adjustable nozzles |
| Control System | Microcomputer control, voice prompts, photoelectric sensors, dual-door electronic interlock |
| Display | LED display, adjustable shower time (0–99 seconds, factory default: 10s) |
| Fan System | 3 sets of dedicated air shower fans, nozzle outlet wind speed: 13–25 m/s |
| Filtration | 3 pre-filters + 3 high-efficiency filters (99.99% efficiency @ 0.5µm) |
| Lighting | Energy-saving ceiling light: 220V/60Hz, 21W*3 |
| Power Supply | Fan: 220V/60Hz, 1500W × 3 sets; Total power: <4.5 kW |
| Weight | <600 kg |
| External Dimensions | W1240 × D3000 × H2100 (mm) |
| Air Shower Area | W790 × D2860 × H1930 (mm) |
| Certifications | ISO 9001 |
Key Features
1.Durable Construction: External cold plate paint paired with internal 201 stainless steel for durability and cleanroom compatibility.
2.Deluxe Single Door: 201 stainless steel door with a glass window for visibility, dual-door electronic interlock to prevent cross-contamination.
3.High-Efficiency Double-Sided Shower: 36 adjustable nozzles with 13–25 m/s wind speed for rapid dust removal.
4.Smart Control: Microcomputer system with voice prompts, LED display, and programmable shower duration.
5.Advanced Filtration: 3 pre-filters + 3 HEPA filters ensure 99.99% efficiency @ 0.5µm.
6.Energy-Saving Design: Three 21W ceiling lights and 220V/60Hz fan system for optimized power usage.
Application Scenarios
Personnel decontamination in ISO-classified cleanrooms.
Entry/exit zones for high-precision manufacturing facilities.
Laboratories requiring strict particulate control.
Q1: How does the 201 stainless steel construction ensure long-term corrosion resistance in chemical plant environments?
A1: The 201 stainless steel used in this air shower is engineered to withstand exposure to mild chemicals and moisture, making it ideal for chemical plant settings. Its corrosion-resistant properties prevent rust and degradation, even in high-humidity or corrosive atmospheres. To maximize longevity, regular maintenance is recommended: clean the interior surfaces periodically to remove chemical residues, and inspect the filters (pre-filters every 1–6 months, HEPA filters every 6–12 months) to ensure optimal airflow and prevent buildup that could compromise the material’s integrity. For highly aggressive environments, consider upgrading to 316L stainless steel for enhanced protection while retaining the same structural reliability.
Q2: Can the "20+ Workers" capacity handle heavy traffic without compromising particle removal efficiency?
A2: Yes. This air shower is designed with a spacious interior and a high-velocity dual airflow system (20–30 m/s) to accommodate large groups efficiently. The multi-nozzle configuration ensures 360° coverage, quickly removing 99.99% of particles ≥0.3μm from personnel and equipment. Its modular design allows for easy disassembly and installation in tight spaces, while the robust construction supports continuous operation in high-traffic areas. To maintain peak performance, schedule regular blower inspections and filter replacements to prevent airflow obstruction, ensuring consistent efficiency even during extended use.
Q3: What maintenance steps are required to keep the corrosion-proof air shower operational in a chemical plant?
A3: Routine maintenance is key to sustaining performance and corrosion resistance. Start by checking the power supply and electrical connections regularly to prevent issues from voltage fluctuations or loose wiring. Clean the nozzles and interior surfaces weekly to remove chemical deposits that could degrade the stainless steel. Replace pre-filters every 1–6 months and HEPA filters every 6–12 months to maintain airflow velocity. Additionally, inspect the door interlocks and seals to prevent leaks and ensure airtight operation. If corrosion signs appear, address them immediately by cleaning the affected areas and applying a protective coating, or consult a professional for advanced repairs to avoid system-wide damage.
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