ISUZU rear load trash truck

Isuzu trash compactor trucks realize the loading, unloading and compression of garbage through its unique compression mechanism and control system. Specifically, when the filling hopper is filled with garbage, the scraper is opened, and the slide plate drives the scraper to move downward together, and is inserted into the garbage for crushing and first compression. The scraper rotates forward to further compact the garbage. After the scraper is in place, the slide plate moves up to compact and fill the trash bin, then return to the starting position. The entire working process is automatically controlled. When the garbage is continuously pressed and filled, the push shovel overcomes the back pressure and gradually retreats under the action of the squeezing force, achieving two-way compression of the garbage and evenly filling the entire garbage bin.

In addition, Isuzu rear loader garbage trucks are equipped with advanced hydraulic systems that enable precise control and operation of garbage. During the compression process, the hydraulic system provides power so that the compression mechanism can work better. At the same time, the hydraulic system can also control the loading and unloading of garbage, making the entire operation process more convenient and efficient.

Product parameters

Environmental performance of Isuzu rear loader trash trucks

1. Reduce environmental pollution: This model uses advanced compression technology to reduce the volume of garbage to a minimum, thereby reducing pollution generated during transportation and landfill. At the same time, the vehicle is also equipped with an exhaust gas purification device to effectively reduce exhaust emissions and protect the environment.

2. Energy saving and emission reduction: Isuzu waste compactor truck uses a high-efficiency hydraulic system to control garbage compression. After multiple processes, the garbage is compressed to the minimum volume in the car body, and then transported to the treatment site in one go, reducing the number of vehicle trips and improving efficiency. Transportation efficiency, thereby reducing energy consumption and carbon emissions.

3. Prevent secondary pollution: The compactor body has a sealed structure and is equipped with two sewage tanks to ensure that the garbage will not leak during transportation and avoid secondary pollution to the environment.