Une boîte de débit laminaire certifiée ISO. HEPA H14 et 304 en acier. Transfert propre pharmaceutique/électronique.

Boîte de passage
April 17, 2025
50°C chauffé à l' intérieur avec une stabilité RH < 5%.
Brief: Discover the ISO-Certified Laminar Flow Pass Box, designed for contamination-free material transfer in pharmaceutical and electronics cleanrooms. Featuring HEPA H14 filtration, 304 stainless steel construction, and UV sterilization, it ensures ISO Class 5 air quality for safe and efficient operations.
Related Product Features:
  • SUS304 stainless steel construction with sandblasted finish for durability and cleanroom compatibility.
  • Double-layer tempered glass windows with silk-screened black edges for visibility and style.
  • Electronic interlock system prevents door opening during operation for enhanced safety.
  • H14 liquid tank filter with 99.995% efficiency at 0.3µm for high-efficiency filtration.
  • Low-noise fan and impeller design for quiet operation (45-55 dB).
  • Integrated UV sterilization and LED illumination for contamination control and visibility.
  • Clamping-style handles and high-elastic sealing strips for secure and airtight door operation.
  • Compliance with ISO, GMP, and CE certifications for industry-standard performance.
Les questions:
  • How does this ISO-certified laminar flow pass box ensure compliance with strict cleanliness standards in pharmaceutical and electronics cleanrooms?
    The pass box meets ISO 14644-1 Class 5 standards with HEPA H14 filters achieving ≥99.995% efficiency at 0.3µm. Its laminar airflow system and 304 stainless steel construction ensure particle-free transfer and easy cleaning, critical for GMP and FDA compliance.
  • Can the 304 stainless steel construction withstand harsh chemicals or frequent use in pharmaceutical or electronics settings?
    Yes, 304 stainless steel is corrosion-resistant and durable, suitable for environments with mild chemicals or frequent sanitization. Optional 316L stainless steel upgrades are available for highly corrosive applications.
  • How does the laminar flow design of this pass box improve efficiency and reduce downtime in cleanroom operations?
    The laminar flow system creates uniform, high-velocity airflow (0.3-0.5 m/s) for rapid material cleaning, minimizing dwell time. Its compact design and intuitive controls streamline workflows, reducing operational costs.
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