It is a rotary dryer that serves to dry the material to a certain humidity. Widely used in metallurgical industry, material construction, chemical, and mineral industry. This dryer is able to dry various materials made of various kinds of materials with simple and reliable operation. Sinounique rotary dryer has dimensions x length of 1.2 × 8.0m - 3.6 × 28m, and is supported with production capacity reaching 1.9-76.0 t / h. It is possible to perform production optimally, but with low fuel consumption.
Rotary dryers have a section structure consisting of transmission devices, seal rings, support devices, lifting blades, and rotary bodies. This machine lifting knife is capable of many things, such as lifting materials, guiding and equating materials, and so on. This dryer is very efficient to use, even able to reduce electricity and coal by 10-15%. It is then able to increase production capacity by 10-15%. This is because the dryer can distribute material evenly on radical parts. Thus, it can utilize heat energy to the maximum. The material will be fully in direct contact with the hot air flow. The material will be dried on the cylinder by interchangeable heat energy between the material and the hot air cylinder. Thus, it will reduce the moisture level of the dried material.
Air-swept Coal Mill
It is a dryer that is often used to reduce the moisture of coal material. It consists of a machine structure consisting of rotation devices, feeders, transmission devices, main bearings, lubricant systems, high-pressure start-up devices, and usage devices. This tool becomes one of the components of the tool in making coal powder. Air-swept Coal Mill is often used in metallurgical, chemical, cement making, steam power, and other industries. Sinounique's coal dryer has a working capacity of 8-43 t/h, allowing for maximum work in the field. Plus there are three plates on the cylinder that can improve performance, namely ripple layer plates, double-glazed coating plates, and sequential snoozing layer plates. Air strokes on the engine are driven by motors through gears and silencers.
The working principle of this tool starts by inserting the material into the feeder device. To dry the material, the hot air (300) will then be inserted through the airways on the feeding device. Thus, there will be a heat exchange with hot air, making the material dry. Dry coal will go through the next process, namely the milling process until the material becomes powdered. Ingredients that have not been a fine powder will be re-ground until properly correct into a fine powder.