The self-loading concrete mixer is a device that combines the functions of an existing concrete truck and a mixing station. The self-mixing concrete truck can automatically load, measure, mix, and unload materials.
The vehicle is four-wheel drive, which enables the mixer to produce concrete under harsh working conditions and ensures work efficiency.
The aggregates are weighed during the loading process to ensure that the required concrete is produced, improve production efficiency, and the weighing accuracy is within 3%.
Only one operator is required to drive, load and mix the raw materials during the movement. The self-loading mixer is easy to operate, has high work efficiency and good mixing effect.
It has an independent water supply system to ensure the high quality of concrete.
The body of the mixer truck is of sufficient quality, the pipelines are protected when climbing without rollover, the temperature is adapted to the fine grain of the tank, the alloy is very durable, the body has dual tires, and it can bear loads in a vacuum.
A mixer truck is equivalent to a loader, a mixer, a transporter and more than 6 workers. It has automatic feeding, water supply, mixing, accurate electronic scales, intelligent batching calculation system, large-capacity water tank and water injection system. The body is equipped with a Yuchai engine. Four cubic meters of concrete can be produced in 12 minutes.
The work environment is not limited to any location, and it can be used with confidence in cities, rural areas, mountainous areas, and plateaus. The production quality of regular manufacturers is guaranteed, and you can easily get a license plate and hit the road immediately.
"With its high-level automated production technology, it can do automatic feeding, automatic water addition, automatic mixing, automatic rotation and unloading, etc. There is no need to worry about ingredients. The mixer truck has its own ingredients function.
Electronic scales and batching systems cooperate with each other to strictly control the weight and proportion of raw materials."