Ascend automatic and manual swing doors—specifically the AF-RD,AF-AD, and AF-PD series aluminum alloy models—has undergone comprehensive optimization across every aspect: installation structure, detailed design, safety protection, and material craftsmanship. Leveraging a host of core advantages, these products deliver high performance, exceptional aesthetics, and superior safety. Their specific features are outlined below:
They utilize an “outer-casing” installation method, a technique superior to traditional “inner-embedded” installations. This ensures a tighter, more aesthetically pleasing interface between the door frame and the hoistway uprights, resulting in a seamless, integrated appearance without any visual abruptness. Furthermore, the door assembly protrudes only 3.5 cm in depth, significantly minimizing spatial intrusion. This adaptability makes the doors suitable for a wide variety of installation environments, effectively balancing aesthetic appeal with practical space utilization.
The design features are minimalist yet refined. The contact switches are discreetly embedded—remaining invisible and perfectly color-matched to the aluminum profiles—to maintain a cohesive visual aesthetic. Additionally, the top crossbeam of the door frame features a screw-free design; by eliminating exposed fasteners, the doors shed the “rough” look often associated with visible screws, thereby elevating the overall product texture and quality. In contrast to competing products—where many manufacturers on the market omit contact switches and electrical safety circuits (thereby failing to meet national standards)—our products strictly adhere to all regulations, offering a more comprehensive and robust safety configuration.
The door panels are designed to sit flush with the elevator car sill. This design completely eliminates the hazard of “shear points” (pinch points) during elevator operation, thereby preventing the risks of scraping or jamming. This comprehensive approach significantly enhances both the operational stability and user safety of the door system, safeguarding both equipment integrity and human well-being.
Post time: Apr-10-2026