Special function description for kitchen waste truck: Kitchen waste truck, also known as meal waste truck or kitchen waste truck

 Kitchen waste truck is a type of garbage truck used for collecting and transporting household waste, food waste (swill), and urban sludge.

 The modified part of the kitchen waste truck has the characteristics of high automation in loading and unloading garbage, reliable operation, good sealing, large loading capacity, easy operation, closed operation process, no sewage leakage and odor emission, and good environmental protection.

 Can be equipped with standard trash cans of different specifications, with wide applicability.

 The efficient and clean kitchen waste truck is a specialized vehicle for garbage collection and transportation.

 There are three types of kitchen waste trucks in terms of appearance: bucket truck, suction truck, and sewage truck.

 The capacity ranges from 4 to 10 cubic meters, and different chassis can be selected according to different capacities.

1. Beautiful and elegant appearance: The horizontal section of the garbage bin is a cylindrical frame, and the vertical section is a trapezoidal frame. Both sides and the top surface are arc-shaped, making the whole machine look beautiful and elegant.

2. Strong optional capability: It can achieve preliminary separation of oil and water from kitchen waste and reduce waste volume, and is equipped with a large capacity sewage tank.

3. High reliability and safety: Adopting a combination of electrical and hydraulic systems, and equipped with safety protection switches to ensure accurate and reliable operation of each mechanism.

4. Tight model between garbage bin and rear door assembly: The garbage bin and rear door assembly are sealed with specially reinforced rubber strips, which have good sealing performance and prevent secondary pollution.

5. Automatic engine power output: The engine power output is fully automatic. When not in operation, the engine is idling. During operation, the engine automatically accelerates to meet the requirements of operating power, avoiding power loss and system heating, reducing fuel consumption, and improving fuel efficiency.