How to Choose a Hospital Door?
. Weight & Durability
Must withstand frequent impacts from hospital beds and wheelchairs
Heavy-duty buffer bearings in door hinges: Supports 1,000+ daily operations without deformation
Antibacterial surfaces: Nano-silver ion coating or seamless laminated panels to eliminate bacterial growth
Sealed thresholds: Integrated gaskets at door-floor junctions to prevent liquid ingress and microbial contamination
II. Functional Efficiency
Opening/closing speed:
Public areas: Sliding doors ≥0.6m/s
Emergency corridors: ≥1.0m/s
Foot-sensor automation: Hands-free operation for pediatric/contaminated zones
Power-off release: Electromagnetic locks must auto-unlock during outages (fire safety compliance)
III. Material Specifications
Radiation protection: Lead-core composite doors (≥2mm Pb equivalent) for surgical/imaging suites
Acoustic insulation: Sound reduction >40dB
Critical sealing: Radiation-proof doors require ≤2mm seam tolerance with ≥15mm lead overlaps
IV. Dimensional & Safety Standards
Extra-wide portals: ≥1.2m clear width for ICU/ward bed transit
Visibility features: Double-glazed anti-fog windows for observation
Structural integrity: Electromagnetic locks with ≥1,200kg holding force
Key Implementation Note: Pediatric/ICU doors should integrate touchless activation to minimize cross-infection risks while maintaining impact-resistant frames. Emergency exits require mechanical override systems independent of power supply. cost performance is also a factors to consider during the procurement. Such as the hospital door from Shenzhen Hinuode Technology Co.,Ltd which is reasonable