Brief: Discover the ISO-Certified Air Shower Pass Box, designed for pharmaceutical and electronics cleanrooms. Featuring 201 stainless steel construction and HEPA H13 filtration, it ensures laminar airflow and prevents cross-contamination. Perfect for high-efficiency decontamination.
Related Product Features:
201 Stainless Steel Construction: Durable and corrosion-resistant for cleanroom compatibility.
Aesthetic & Functional Design: Double-layer tempered glass with black edges for visibility and style.
High-Efficiency Air Shower: 4 adjustable nozzles with 13-25 m/s wind speed for rapid decontamination.
Smart Control: Panel control with dual-door electronic interlock to prevent cross-contamination.
Clean Lighting: Integrated LED lamp for illumination during transfers.
GMP Compliance: Rounded internal corners and flat door design for easy cleaning and high-end appearance.
ISO, GMP, CE Certifications: Meets stringent industry standards for cleanliness and safety.
ЧаВо:
How does this ISO-certified air shower maintain compliance with strict cleanliness standards in pharmaceutical and electronics cleanrooms?
The air shower meets ISO 14644-1 Class 5 requirements with HEPA H13 filters achieving ≥99.99% efficiency at capturing particles ≥0.3μm. Laminar airflow and 201 stainless steel construction ensure particle-free entry/exit and easy sanitization.
Can the 201 stainless steel construction withstand frequent use and chemical exposure in pharmaceutical or electronics settings?
Yes, 201 stainless steel provides corrosion resistance and durability, suitable for environments with mild chemical exposure or frequent sanitization. Regular cleaning and filter maintenance ensure long-term performance.
How does the HEPA H13 filtration system in this air shower handle high-traffic operations while maintaining efficiency?
HEPA H13 filters sustain high airflow rates (up to 2000 CFM) with 99.99% efficiency. Dual blower system and pressure sensors ensure uniform particle removal and alert for filter replacements, maintaining efficiency in high-traffic scenarios.