Integration of anti-slip design at subway station entrances and exits with medium and low-speed maglev technology

This paper discusses the integration of anti-slip design for subway station entrances and exits with innovative solutions in medium and low-speed maglev technology. Addressing the issues of wet and slippery conditions, as well as icing, at the entrances and exits of subway stations and along medium and low-speed maglev tracks during severe weather, the paper proposes a strategy that combines the design advantages of both. This strategy involves the use of new anti-slip materials, optimization of track structures, enhancement of braking system performance, and the establishment of an intelligent antislip warning system. These measures aim to improve the anti-slip performance of medium and low-speed maglev tracks and address the issues of icing and wet conditions at subway station entrances and exits. The paper, through a discussion combining silicone rubber with metal surface treatment technology, concludes that a thin layer of silicone rubber can play a role in both anti-slip and resolving icing issues at subway station entrances and exits, as well as along medium and low-speed maglev tracks.