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Product catalog summary
Overview: The document provides comprehensive technical specifications for medical doors designed for environments such as operating rooms, laboratories, and imaging rooms. These doors are engineered to ensure radiation protection, airtightness, and compliance with cleanliness standards.
Electrical Technical Specifications: All door models operate on a standard power supply of 220~240V±6% at 50~60Hz, with an optional supply of 100~120V±6%. They use AC36V low-voltage motors with rated power between 250W and 450W, and standby power consumption under 10W. The doors incorporate PMSM (FOC Field Oriented Control Technology) for frequency conversion and are equipped with fuses of 3.15A (220V) or 5A (110V). Operating temperatures range from -20℃ to 50℃.
Operating Parameters: The doors feature adjustable opening and closing speeds, with maximum acceleration from 0.8 to 1.6m/s². They can accommodate door weights up to 1500Kg, depending on the model. Passage widths and maximum heights are specified for single and multiple sliding door setups.
Technical Specifications: Constructed with double-sided stainless steel (AISI 304#), the doors feature a composite structure with HPL board, steel frame, and lead plate lining for X-ray blocking and airtightness. Silicone and sealing strips ensure a tight seal. The doors are customizable in color and pattern, with fireproof and moisture-proof properties.
Special Features: Dual-function options allow for simultaneous or individual opening and closing of door leaves. Specific models are tailored for environments like composite operating rooms, laboratories, and imaging rooms, each with unique structural and functional requirements.
Applications: These doors are used in medical and industrial settings, including operating rooms, CT and DR imaging rooms, laboratories, and pharmaceutical workshops, where radiation protection and air cleanliness are critical.
Technical Specifications Overview: The document details specifications for airtight doors designed for clean areas, such as hospitals and laboratories, meeting specific air cleanliness requirements.
Door Types and Applications:
  • Sliding Airtight Doors: Available in single and double configurations, offering automatic and manual operation, ideal for clean areas in healthcare and industrial environments.
  • Double Swing Airtight Doors: Provide a large passage width, suitable for operating rooms and clean passages.
  • Accessible Toilet Doors: Designed for public areas, incorporating privacy and ventilation features.
Electrical and Operating Specifications:
  • Standard power supply options include 220~240V and 100~120V, with motors operating at low voltages for safety.
  • Adjustable door opening and closing speeds range from 0.15 to 1m/s, with maximum acceleration up to 0.8m/s².
  • Maximum door weights vary by type, with single doors supporting up to 200Kg and double doors up to 150Kg.
  • Operating temperatures range from -20℃ to 50℃.
Design and Construction Features:
  • Constructed with smooth, corrosion-resistant materials to facilitate cleaning and meet cleanliness standards like GMP and ISO.
  • Double-leaf designs incorporate butt joint sealing to prevent air leakage.
  • Integrated privacy and ventilation features enhance usability in public and healthcare settings.
Conclusion: The document outlines the technical and operational parameters of SLEEK's airtight doors, emphasizing their suitability for environments requiring stringent air cleanliness and functional design for ease of use and maintenance.
Specifications and Design Features: The document outlines specifications and design features of specialized doors used in Intensive Care Units (ICUs), designed for easy cleaning and made from smooth, corrosion-resistant materials.
Triple Stacked + Escape Door Function: Features a triple stacked and emergency escape function, allowing for automatic sliding and manual side-swing opening for patient transport.
Anti-Cross-Contamination Features: Some doors include an interlock function to prevent air cross-contamination, suitable for high-cleanliness environments like operating rooms.
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Catalog excerpts

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Medical Door Product Technical Parameters

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Technical Specifications

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Electrical Technical Specifications Used in laboratories, testing rooms, research rooms, and pharmaceutical workshops. 1. Double-sided stainless steel >2.0mm (AISI 304#); surface sprayed with baking paint, with customizable colors and patterns. The door leaf and internal frame are embedded with Pb4.0, and the door thickness is 45-55mm (except for special customization). The door has double-sided fireproof coating. The special door core material has flame-retardant, fireproof, heat-absorbing and moisture-proof properties. The door seal uses silicone strips and sealing strips. The four corners...

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Electrical Technical Specifications Used in DSA operating rooms.Structure The door body adopts a composite structure of HPL board + steel frame + lead plate lining, filled with fireproof and sound-insulating materials (such as polyurethane foam) inside. The surface is flat without nail holes, featuring both protection and aesthetics. The door body is embedded with Pb4.0 lead plate, which can effectively block X-rays generated by DSA equipment. Sealing Design After the door is closed, it fits closely with the rubber strip of the profile airtight subframe. The closing force F >70N, and the manual...

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Technical Specifications

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The door body adopts a composite structure of HPL board + steel frame + lead plate lining, filled with fireproof and sound-insulating materials (such as polyurethane foam) inside. The surface is flat without nail holes, featuring both protection and aesthetics. The door body is embedded with Pb4.0 lead plate, which can effectively block X-rays generated by DSA equipment. Sealing Design After the door is closed, it fits closely with the rubber strip of the profile airtight subframe. The closing force F >70N, and the manual pushing force <100N, ensuring stable pressure difference in the operating...

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Technical Specifications

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Technical Specifications

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Technical Specifications

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Technical Specifications

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Technical Specifications

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Technical Specifications

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Application: Day surgery rooms, operating room passages, buffer rooms, isolation areas, clean passages, etc. Double-leaf symmetric design: Adopts a symmetric swing structure with two door leaves on the left and right. When opened, they can open to both sides, providing a large passage width (usually customizable to 1.2-2.4 meters), facilitating equipment transportation (such as surgical carts, production material turnover carts) or multiple people entering and exiting simultaneously, solving the limitation of narrow passages in single-leaf airtight doors. Gap between double leaves: A "butt joint...

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Electrical Technical Specifications Application: Day surgery rooms, central operating rooms, etc. Double-leaf symmetric design: Adopts a symmetric swing structure with two door leaves on the left and right. When opened, they can open to both sides, providing a large passage width (usually customizable to 1.2-2.4 meters), facilitating equipment transportation (such as surgical carts, production material turnover carts) or multiple people entering and exiting simultaneously, solving the limitation of narrow passages in single-leaf airtight doors. Gap between double leaves: A "butt joint sealing"...

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Electrical Technical Specifications Main Application: Gynecological operating rooms, day surgery rooms, genital centers. Double-leaf symmetric design: Adopts a symmetric swing structure with two door leaves on the left and right. When opened, they can open to both sides, providing a large passage width (usually customizable to 1.2-2.4 meters), facilitating equipment transportation (such as surgical carts, production material turnover carts) or multiple people entering and exiting simultaneously, solving the limitation of narrow passages in single-leaf airtight doors. Gap between double leaves:...

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Technical Specifications

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Technical Specifications

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Electrical Technical Specifications Application: Nurse stations, operating room entrances, buffer zones, isolation areas, laboratories, dentistry, wound suture rooms, etc. High airtight isolation: Through special sealing structures (such as silicone sealing strips, inflatable sealing devices), air leakage at the door gap is minimized after the door is closed, preventing pollutants such as dust, microorganisms, and odors outside the clean area from entering, and preventing sterile gas, precision materials, or specific gases (such as inert gases) in the clean area from leaking out. Pressure gradient...

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Technical Specifications

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Electrical Technical Specifications Main Application: Emergency, family entrances, operating room entrances, isolation areas, buffer zones, fire partitions, laboratories, etc. Easy-to-clean design: The door material mostly adopts smooth and corrosion-resistant materials such as HPL board, 304 stainless steel, and tempered glass, with no concave-convex gaps on the surface, which can reduce dust accumulation and is easy to wipe with disinfectants or clean with high-pressure water guns, meeting the cleanliness requirements of GMP, ISO and other clean standards for equipment. Anti-cross-contamination:...

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Technical Specifications

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Technical Specifications

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Technical Specifications

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Technical Specifications

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Electrical Technical Specifications Easy-to-clean design: The door panels are mostly made of smooth and corrosion-resistant materials such as HPL boards, stainless steel, and tempered glass. Their surfaces have no concave-convex gaps, which can reduce dust accumulation and facilitate cleaning with disinfectant wipes or high-pressure water guns. This meets the equipment cleanliness requirements specified in clean standards like GMP and ISO. Anti-cross-contamination: Some airtight doors are equipped with interlock function (such as double-door interlock), that is, when one door is open, the other...

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Electrical Technical Specifications Main Application: OICU, IICU, AICU Easy-to-clean Design: The door panels are mostly made of smooth and corrosion-resistant materials such as HPL boards, stainless steel, and tempered glass. Their surfaces have no concave-convex gaps, which can reduce dust accumulation and facilitate cleaning with disinfectant wipes or high-pressure water guns. This meets the equipment cleanliness requirements specified in clean standards like GMP and ISO. Triple Stacked + Escape Door Function: Under normal conditions, it is automatically (sliding). When a patient on a bed is...

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All SLEEK catalogs and technical brochures

  1. SLQ-OR-pb4.0

    4  Pages

  2. SLX-D-85

    16  Pages

  3. SLW-2-STEEL

    16  Pages

  4. SLA-3-SW

    4  Pages

  5. SLX-K

    8  Pages

Archived catalogs

  1. SLX-K-85

    15  Pages

  2. SLQ-OR-pb4.0

    15  Pages

  3. SLX-K-120

    15  Pages

*Prices are pre-tax. They exclude delivery charges and customs duties and do not include additional charges for installation or activation options. Prices are indicative only and may vary by country, with changes to the cost of raw materials and exchange rates.