What are the advantages of metal elevator floor buttons?

Durable and corrosion-resistant:
Metal buttons, especially those made of stainless steel or aluminum alloy, have excellent durability and can withstand long-term use and various climatic conditions.
Metal materials such as aluminum alloys also have high corrosion resistance and are not easily affected by external environments such as humidity and chemicals, thereby maintaining long-term stable performance.
Long service life:
The service life of metal buttons is generally longer than that of materials such as plastic or glass, mainly because metal materials have higher mechanical strength and stability.
Good dust and water resistance:
Due to their structural characteristics and surface treatment methods, metal elevator floor buttons usually have good dust and water resistance, which helps to keep the buttons clean and operate normally.
Wide range of application scenarios:
Metal buttons are suitable for places that need to withstand high-intensity use, such as public places such as shopping malls and office buildings, with large traffic and high frequency of use, requiring more stable and durable elevator floor buttons.
Easy to clean:
Although metal buttons are easily contaminated with dirt, the metal surface is easier to clean and maintain than other materials. It only needs to be simply wiped or treated with a detergent to maintain its appearance and performance.
Beautiful and textured:
Metal materials usually give people a high-end and atmospheric feeling, which can enhance the overall grade and texture of the elevator. In addition, the color and surface treatment of metal materials are more diverse, which can meet the needs of different places and decoration styles.
Metal elevator floor buttons have the advantages of strong durability, long service life, good dust and water resistance, wide application scenarios, easy cleaning, and beautiful texture. These benefits make metal materials a popular choice for elevator floor buttons. Usually, the appropriate material and design scheme are selected according to the specific use environment and needs.