Dinter Advanced Self-Repairing

Cleanroom Door : Engineering for Critical Environments

1. Product Definition & Core Specifications

Designed for pharmaceutical labs, semiconductor fabs and biomedical facilities, this cleanroom door integrates three breakthrough technologies:

  • 300Pa wind load resistance(BS EN1026:2016 certified)
  • Automatic dent recoveryunder 0.6-2.0m/s impacts
  • Dual safety systems: Photocell reflective sensor + 25mm compressible safety edge

Material Options:

2. Key Technological Innovations

2.1 Smart Self-Repair Mechanism

The door panel utilizes a patented nanocomposite structure:

Case Study: In a Shanghai semiconductor plant, the door fully recovered from a 1.8m/s forklift collision within 90 minutes.

2.2 Wind Pressure Management System

  • Dynamic sealing gasketadjusts pressure based on real-time airflow monitoring
  • 8-point electromagnetic lockingensures <2.8m³/(h·m²) air leakage (tested per BS EN1026:2016)

    3. Safety & Compliance Features

    3.1 Photocell Reflective System

  • Response time: <0.3 seconds
  • 3.2 Technical Validation Data

  • 4. Industry Applications

  • Installed in:
    • Vaccine production facilities (Grade A/B areas)
    • Lithium battery dry rooms (dew point ≤-20℃)
    • Optical lens coating rooms (Class 1000 cleanroom)

    Maintenance Advantage: Reduces door replacement frequency by 75% compared to conventional designs.

     

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