How to choose the model and specification of disc fertilizer granulator
2020/03/13
Automatic pelletizing equipment has been accepted and widely used by various industries. The disc granulator can control the size, time, and more importantly, the output and quality of pellets. Industrial processing has to process tens of thousands of raw materials, and manual control is difficult to ensure quality and output, leading to waste of raw materials.
Choosing suitable fertilizer granulator machine can save raw materials and avoid material waste. Too small model of disc granulator will lead to insufficient output and material waste. How to choose suitable pelletizing equipment for their own enterprises? Below by the professional fertilizer equipment manufacturers to analyze how to choose the disc granulator model.
Common parameters of disc granulator
Application: Granulation in fertilizer plant
Raw material: Mineral powder (magnesium, copper, boron, zinc)
Material characteristics: Corrosion, wear
Production capacity: 100-500 kg/h, 1-1.5 t/h, 2-3 t/h, 3-5 t/h
Material density: Minimum 800kg / m3, normal 1200kg / m3, maximum 2100Kg / m3
Scraper cleaning system: Roller screen and fixed plate
Under the normal environment of 10-35℃, the disc fertilizer granulator can be produced normally. According to the production capacity and particle size, the rotation speed of the disc can be adjusted flexibly, and the inclination of the disc can also be changed between 30-80 degrees. Our disc granulator has flat surface and even weld joint. It has been checked carefully before leaving factory to ensure no welding slag or missing welding. Stainless steel is used for bolts and other materials, which improves the durability of the machine. Sand blasting is required before painting, and finish painting is required after treatment. The exposed parts shall be treated with antirust.
In terms of the output, material conditions and power requirements of the disc granulator, we take the output of NPK fertilizer production line as the primary selection basis. Then the material requirements shall be considered according to the raw materials, and attention shall be paid to the material requirements in the later production. And other data shall be considered as the auxiliary basis for model selection.
