How to optimize the design of electric sliding doors to improve their stability and durability in extreme weather conditions?

In the face of extreme weather conditions, the stability and durability of electric sliding doors are key factors to ensure their long-term reliable operation.

How does the waterproof sealing structure of a single-leaf stainless steel waterproof vault (cultural relics vault) door withstand extremely humid environments?

It generally includes a circle of main sealing strips around the door frame, and auxiliary sealing strips between the door body and the door frame.

How to improve the impact resistance and stability of safety doors through the selection of high-strength materials and structural design?

In order to improve the impact resistance and stability of safety doors, it is crucial to select suitable high-strength materials and conduct scientific and reasonable structural design.

How does stainless steel improve the waterproof and moisture-proof performance of single-leaf stainless steel waterproof vault (cultural relics vault) door?

Stainless steel material, with its excellent corrosion resistance, tight sealing structure and precise waterproof design

Double-leaf stainless steel vault door middle door efficient passage and top protection

In the financial and security fields, the demand for the protection of valuables is increasing, and the double-leaf stainless steel vault door middle door is a top protection product designed to meet this demand.

How does an electric sliding door work?

The working principle of electric sliding door is a complex process involving electric drive, mechanical transmission and intelligent control.