It is important to understand how the composting process works, whether you are just starting composting or are going to do a large-scale operation. The terms "windrow composting" and "composting in windrow" refer to two different processes. The compost is first treated, which is completely in the windrows, usually outdoors. The second item actually occurs in a ferment groove by large scale composting machines, usually indoors. The following content will introduce the basic information and some precautions of crawler compost turner.
Crawler type compost turning machine is the most common type of compost turners. It is powered by belt or hydraulic system and covers the whole compost windrow. It rotates in one way. However, it is important that the width of the stock pile must match the size of the turning machine in order for it to work properly. You need to make the operation conform to the requirements of the machine.
This type of chassis features a maintenance free chassis with tires and provides good traction even on unpaved roads. The rotating rotor is driven by a V-belt to ensure a low efficiency loss to maintain the same performance. The advantages of this design benefit customers directly. Fuel saving, emission reduction, hydraulic oil reduction and purchase cost reduction.
The tipper can move a variety of stacking sizes according to the available power and space. To rotate a large pile, you will need a larger machine. Some composting vehicle manufacturing companies, such as Zhengzhou Shunxin Fertilizer Equipment, will tailor the machines for your operation. Before you buy a prefabrication machine, make sure you do some research to see if this is a good choice for you.
Due to the continuous crushing of the material, the fermenting time is shorter and the capacity is higher.
Perfect stack mixing and edge area mixing can achieve high-quality composting. Suitable for almost all types of materials.
The parts made of special steel have long service life and can save operation cost. Low power requirements to relieve mechanical, fuel, environmental and economic pressures.
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