Our Recessed Sliding Door Air Shower is engineered for modern cleanrooms and critical environments where space optimization and uncompromised contamination control are paramount. This advanced personnel purification system features a sleek, integrated design where the door mechanisms are seamlessly built into the structure's framework.
Brief: Discover the ISO-Certified Dual-Person Air Shower with automatic sliding doors and 201 stainless steel construction. Perfect for cleanroom entry/exit zones in pharmaceuticals, electronics, and biomedical research, this air shower ensures rapid decontamination with 18 adjustable nozzles and dual filtration.
Related Product Features:
ISO-certified for compliance with cleanroom standards like ISO 14644-1.
Constructed with durable 201 stainless steel for corrosion resistance.
Features automatic sliding doors with glass windows for visibility.
Equipped with 18 adjustable stainless steel nozzles for rapid decontamination.
Microcomputer control system with LED display and voice prompts.
Dual filtration system (primary + HEPA) ensures contaminant-free airflow.
Energy-efficient design with 21W ceiling lighting and 380V/50Hz fan system.
Compact dimensions (1600x1500x2100mm) suitable for limited spaces.
Faqs:
Does the ISO certification ensure compliance with pharmaceutical and electronics industry cleanroom standards?
Absolutely. Our ISO-certified dual-person air shower meets ISO 14644-1 Class 7 requirements for particle control, making it ideal for pharmaceutical GMP suites, semiconductor fabrication, and medical device assembly.
How durable is the 201 stainless steel construction in high-humidity or chemical environments?
The 201-grade stainless steel undergoes a proprietary anti-corrosion treatment, passing 1,500-hour salt spray tests. It resists humidity (up to 95% RH) and mild acidic/alkali exposure, backed by a 10-year structural warranty.
Will the 1600x1500x2100mm size fit our existing cleanroom layout, and does rapid airflow increase energy costs?
The compact design suits facilities with limited space, requiring only 2.4㎡ floor area. The high-speed airflow uses variable-frequency drive motors, reducing energy consumption by 35% compared to conventional systems.