The truck is a rotary truck with a rotary tank. Designed to carry and mix concrete while shipping to the project site. This machine is particularly used to ensure the quality of concrete during transportation from the factory to the site. The mixer tank is rotated so that the concrete does not separate from its components (cement, sand, aggregate and water) and prevent the concrete from stiff.

First, this track must have a powerful, low -power engine to deliver optimal performance in concrete. Also, the drum (tank) must be durable and made of stainless steel to extend its shelf life. A powerful hydraulic system for easy rotation and drainage of concrete is another essential feature. In addition, it is also important to adjust the tank rotation speed to prevent the concrete from tightening in the path and the suitable cooling system to prevent the tank from overheating. These features make a mixer trace able to bring the concrete to the project location in the best possible conditions and prevent the quality of the concrete.

Type and Model of Mixer Track: There are different models of the mixer track that offer different capacities. Some of the brands of the Mixer Track provide custom models with special capacities designed to suit the needs of large and industrial projects. Weight and volume of concrete: The type of concrete and its composition also contribute to the portable amount of portable by the mixer track. Some specific concrete, such as high -density concrete, may reduce transport capacity. Road conditions and transport restrictions: In some areas, road restrictions may not allow the high volume of concrete. Under such circumstances, lower capacity mixers should be used to prevent possible penalties. Speed ​​and time of concrete discharge: Another important factor in each track is a few cubic meters of concrete, the duration of the concrete. Larger mixers are usually equipped with faster discharge equipment, which is very important in large projects. Chassis Type: The chassis and suspension of the mixer track have a direct impact on its carrying capacity.

The Mixer Track is one of the most important equipment in the construction industry that is responsible for transporting concrete from the concrete plant to the project site. But one of the questions that is always raised for contractors and construction engineers is that the mixer has a few cubic meters of concrete? In this article, in addition to examining the capacity of the mixer track, the Mixer Track Manufacturers will also introduce the features of the best mixer trachers. Join us. Knowing that each mixer has a few cubic meters of concrete has a key role in careful planning and preventing potential problems in the project. The capacity of the mixers varies and depends on its type and size. In general, the experts of the mixer track are expressed. Each mixer can carry between 4 and 12 cubic meters of concrete.

Standard Rotary Mixer Track: This type of track mixers are designed for conventional and medium -sized projects and are most commonly used in the construction industry. This model has a rotating tank that keeps the concrete constantly mixed. Special Discharge Mixer Track: Some mixers are equipped with special discharge systems that can accurately and quickly drain the concrete at the project site. These systems usually use hydraulic hoses to transfer concrete to precision points. Track with a sloping tank: In this model, the tank is designed to make the concrete easier and faster. This model is commonly used in projects that require rapid drainage of concrete. Large Tank Mixer Track (more than 10 cubic meters): For large and development projects such as dam and bridging, tracks with larger capacities are used. These machines can carry large volumes of concrete and are used in large projects.

Diesel mixers are capable of carrying heavy loads and moving concrete over long distances and rugged paths that make them an ideal option for large and developmental projects. In contrast, the producers of the mixer are expressed. The electric mixers have a power supply and are more suitable for smaller and urban projects. These models have more energy productivity, produce less noise and have no environmental pollution, but they may impose restrictions in areas without proper electrical infrastructure.