Crucial Technical Parameters of Soil Stabilization Machines
Soil stabilizer or road recycler are some of the critical equipment for the road construction. These are heavy duty machines that help in mixing the soil and binding agent to make cement which is useful for the road construction activities. However, these machines vary in various aspects depending on what they are designed for. They vary in size, power amongst other parameters.
However, the most important thing that you need to consider while buying soil stabilization machines are the technical parameters. These are aspects of the designing that determined the performance and productivity of the machine. Here are some of the crucial technical parameters that you need to consider in a soil stabilizing machinery.
First, you need to understand the size of the machine and more so the measurement of the machine. Note that depending on the condition that you are working with, you need to consider the maneuverability of the machine. If you are doing pavement construction and repairs, you need a machine that exhibits incredibly high maneuverability features. Therefore, get it right when it comes to measurement.
Milling Width and Depth
Milling width is about the section of the road that the soil stabilization machines can work on at once. Can it do a whole lane? That depends on the projects that you are carrying out. Make sure that the kind of machine that you are picking will offer the expected width. You need to check the maximum width of the machine since it will greatly determine the productivity of the machine. Milling depth is about how deep the blades can go while mixing the soil. This is an important factor to consider since it will determine the quality of the cement that will be formed. These are two major factors that you need to consider carefully if you want to get maximum benefits.
Number of blades
The number of cutter tools is also an essential factor to consider while shopping for soil stabilization machines. However, the number of blades depends on the size of the machine. What is important to check is whether the number of the blades used is capable of meeting the required standards and if they will produce the expected output.
Last but not the least is the power of the produced by the machine. You need to check the amount of horsepower that the engine produces and if it will be enough to deliver high output and productivity. The high the power, the higher the performance and the productivity of the machine.