Working principle of concrete mixer truck transport vehicle
With the rapid development of concrete production and construction technology, some countries have gradually adopted the method of centralized concrete mixing and commercial supply, and the concrete is provided by special concrete mixing station and transported to various construction sites by concrete mixing transportation vehicles. The structure principle and maintenance of the concrete mixer truck are briefly introduced.
The concrete mixer truck is mainly composed of two parts: chassis system, hydraulic transmission system, stirring tank, discharging system, cleaning system, sub-frame, operating system, roller system, feeding system , The circuit system consists of ten parts.
If you use 60-pound bags, concrete for a patio this size ranges from $135 to $180. But you’ll need to rent a concrete mixer, which adds another $40 to $60 per day. While ready-mix reduces work, it also boosts the cost. Each cubic yard costs about $65. However, a fully loaded cement truck will hold 10 cubic yards—and partial “short” loads cost $15 to $20 extra for every cubic yard less than a full load.
The mobile concrete plant is our latest design. The main characteristics of this concrete Batching plant are: compact structure and easy transportation. Our mobile concrete batching plant adopts twin-shaft compulsory mixer, folding three-hopper burden machine. The main characteristics of our portable concrete batch plant are unique car chassis design, multi-language windows operating interface, electricity gas water express plug, and high degree of automation, disassembly and convenient mobility. haomei portable concrete batching plant is fit for small and medium-sized projects. We can strengthen the integrated design of this series concrete batching plant according to users’ requirements.
In accordance with mobility batching plants can be divided into stationary plants and mobile plants. Although there are no obvious differences between models of the two, if studied further they vary with each other in many aspects. Mobile concrete batching plants, owing to its mobility, have advantages over stationary plants in the following respects.
Using horizontal ribbon concrete mixer can be mixed with sticky materials processing, equipment of processing range is very wide, can also on powder material and liquid material such as mixed operation, the advantages of the equipment in the aspect of structure processing process were also provides many conveniences, equipment is complete open door design approach, so in through the horizontal screw with mixing equipment for material processing tasks can more easily during cleaning.
Many users do not know much about the selection method of the concrete mixer , and there are a lot of types of hybrid equipment introduced now, so users who do not know much about the hybrid equipment may have many questions about the selection method of the equipment
Concrete mixer maintenance requires professional maintenance personnel to operate. Only in this way can the probability of equipment failure be reduced when the concrete mixer is repaired. For the concrete mixer maintenance and maintenance, how to achieve better, many concrete mixer test operators are not particularly familiar with, but the concrete mixer maintenance is very important, because it is directly related to the service life and efficiency of the concrete mixer concrete mixer employers. Concrete mixer maintenance, we will give some Suggestions.
Although there is no aging problem in the new Concrete Truck Mixer paint, it should be thoroughly protected before it is used, because the car paint has already begun to contact the air from the production area to the parking lot, and it is affected by rain and dust and becomes oxidized. Timely and correct maintenance, will make the Concrete Truck Mixer paint to be well protected.
The concrete mixer truck is determined by several parameters. It is impossible to describe a concrete mixer truckconcrete mixer with any single parameter. Axial power (P), blade discharge (Q), head (H), blade diameter (D) and stirring speed (N) are the five basic parameters used to describe a blender. The discharge volume of the blade is proportional to the flow rate of the blade itself, the first power of blade speed and the cubic square of blade diameter.