In terms of structural design, the lifting capacity of the heavy-duty lifting tailgate needs to be closely coordinated with the rigidity and strength of the vehicle chassis.

With the rapid development of the logistics industry, especially the increasing prevalence of urban delivery and cold chain transportation, improving transportation efficiency, reducing operational complexity, and ensuring cargo safety have become critica

When dealing with extra-wide engineering equipment with significantly greater widths and complex center of gravity distributions, a heavy-duty lifting tailgate is not just a simple lifting platform, but a precise mechanical balancing system.

Traditional tailgates often occupy cargo space or increase the vehicle's rear length, while the hidden folding tailgate, with its unique structural design, is becoming a key piece of equipment for increasing the effective cargo volume of vehicles.

In high-frequency logistics scenarios such as urban delivery, express delivery, and cold chain logistics, vehicle tailgates have long transcended their basic function of "simple opening and closing," evolving into key components affecting operational effi

Even with a perfect sealing system, a small amount of rainwater can still seep into the tailgate through gaps. Therefore, a proper drainage design is crucial.