Medical Door Product Technical Parameters
Open the catalog to page 1Technical Specifications
Open the catalog to page 2Electrical 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...
Open the catalog to page 3Electrical 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...
Open the catalog to page 4Technical Specifications
Open the catalog to page 5The 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...
Open the catalog to page 6Technical Specifications
Open the catalog to page 7Technical Specifications
Open the catalog to page 8Technical Specifications
Open the catalog to page 9Technical Specifications
Open the catalog to page 10Technical Specifications
Open the catalog to page 11Technical Specifications
Open the catalog to page 12Application: 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...
Open the catalog to page 13Electrical 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"...
Open the catalog to page 14Electrical 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:...
Open the catalog to page 15Technical Specifications
Open the catalog to page 16Technical Specifications
Open the catalog to page 17Electrical 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...
Open the catalog to page 18Technical Specifications
Open the catalog to page 19Electrical 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:...
Open the catalog to page 20Technical Specifications
Open the catalog to page 21Technical Specifications
Open the catalog to page 22Technical Specifications
Open the catalog to page 23Technical Specifications
Open the catalog to page 24Electrical 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...
Open the catalog to page 25Electrical 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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