Hermetic Doors

Cronax Hermetic Doors are specially designed to provide an airtight seal, ensuring controlled environments in critical areas such as operating theatres, ICUs, laboratories, cleanrooms, and pharmaceutical facilities. Built with precision-engineered mechanisms, these doors prevent the entry of contaminants, dust, and airborne particles, while maintaining the required air pressure differential inside the room. Constructed from high-quality stainless steel, galvanized steel, or HPL panels, our hermetic doors feature smooth, seamless surfaces that are easy to clean and resistant to microbial growth.

They are available in both manual and automatic sliding systems, with specially designed seals that ensure up to 99% airtightness when closed. With options for vision panels, lead lining (for X-ray protection), and fire-rated performance, Cronax Hermetic Doors can be tailored to suit diverse medical and industrial applications. Their silent and smooth operation, combined with durability and hygiene-focused design, makes them an essential solution for infection control and contamination-free zones.

ENGINEERING HIGHLIGHTS
SMART CONTROL SYSTEM
CUSTOMIZATION OPTIONS

Door Type	Hermetically sealed sliding or hinged doors designed for critical environments requiring airtight performance, hygiene, and contamination control.
Primary Application	Operation theatres, isolation wards, ICUs, laboratories, cleanrooms, pharmaceutical facilities, and research centers.
Construction Type	Single-leaf or double-leaf sliding/hinged configuration with hermetic sealing technology to achieve controlled air pressure environments.
Maximum Clear Opening	Up to 2,400 mm wide × 3,000 mm high; customisable for specific hospital and industrial requirements.
Material Options	Galvanised steel, stainless steel (304/316 grade), aluminium, or high-pressure laminate (HPL) with antibacterial coatings.
Core Options	Honeycomb core, mineral wool, or solid flush infill for enhanced strength, acoustic insulation, and fire performance.
Sealing Mechanism	Special bottom drop-down seal and perimetral gaskets engage with the frame to achieve hermetic airtightness (up to Class 4 air permeability).
Fire Rating	Available in 30, 60, or 120 minutes fire-rated models, as per hospital safety requirements.
Compliance & Standards	Designed as per EN, ISO, and NABH guidelines for hermetic sealing and hospital hygiene.

Operation	Manual or automatic sliding/hinged operation; automation preferred in OT and isolation wards for touchless entry.
Drive System	Electromechanical operator with belt or direct drive ensuring smooth, low-noise motion and high reliability.
Power Supply	230 V AC, single-phase with energy-efficient motor and battery backup option.
Control Panel	Microprocessor-controlled system with self-learning capability, door status indicators, and fault diagnostics.
User Controls	Elbow switches, foot switches, motion sensors, touchless wave sensors, and RFID access for restricted entry zones.
Safety Systems	Infrared presence sensors, obstruction detection, anti-collision safety edge, and automatic reverse function.
Emergency Features	Manual override in case of power failure; fail-safe opening option for emergency evacuation.
Integration	Compatible with hospital automation systems, access control, BMS, and fire detection systems.

Surface Finish	Antibacterial powder-coated steel, stainless steel (matte or brushed finish), or HPL laminated surfaces for hygienic performance.
Color Options	Available in hospital-suitable shades (white, light blue, mint green, ivory) and full RAL powder-coated options.
Vision Panels	Optional hermetically sealed flush-fitted vision panels with double-glazing or lead glass for X-ray rooms.
Sealing Packages	Continuous perimeter gaskets and drop-down bottom seals ensuring airtightness and noise reduction.
Acoustic Performance	Acoustic insulation available up to 40 dB depending on door model and core construction.
Accessories	Radiation protection (lead lining), antimicrobial handles, kick plates, touchless activation devices, and pressure differential monitoring sensors.