Battery material manganese carbonate vacuum disc dryer hot sale

Recently, a chemical enterprise in Hunan has ordered a set of zplg-1600 / 12 vacuum disc dryer for drying battery material manganese carbonate. The manganese carbonate powder produced by the disc continuous dryer has high purity, good physical and electrochemical properties, and the continuous drying of the disc dryer has small floor area and easy operation. At present, our company's manganese carbonate disc dryer technology has reached the domestic level.

Recently, a chemical enterprise in Hunan has ordered a set of zplg-1600 / 12 vacuum disc dryer for drying of battery material manganese carbonate. The initial moisture content is 20%, the final moisture is 2-5%, and the yield is 250 kg / h.

Manganese carbonate is widely used as raw material for manufacturing soft ferrite of telecommunication equipment, synthesis of manganese dioxide and other manganese salts. It can be used as catalyst for desulfurization, enamel pigment, varnish drier, manganese salt and raw material for catalyst manufacturing. Manganese carbonate is also used in fertilizers, pharmaceuticals, mechanical parts and phosphating. Manganese carbonate can be used as trace element fertilizer in agriculture.

Battery grade manganese carbonate raw material requirements are very high, Haomai drying for many years on manganese carbonate and other battery materials have carried out a lot of research and analysis, many years of design and manufacturing experience ^ energy-saving and environmental protection type disc dryer is used to dry manganese carbonate in China. The manganese carbonate powder produced by the disc continuous dryer has high purity, good physical and electrochemical properties, and the continuous drying of the disc dryer has small occupation area and easy operation. At present, our company's manganese carbonate disc dryer technology has reached the domestic level.

Manganese carbonate disc dryer

The wet material of manganese carbonate is continuously added into the first layer disc of the dryer through the feeder, and falls down layer by layer under the action of continuous rotation of the rake arm. The hollow drying plate is filled with heating medium (water, heat-transfer oil, etc.), and the heat and mass transfer process of cobalt tetroxide is completed in the flow process to achieve the purpose of drying. The dried material is discharged from the outlet after cooling.

According to the product performance, drying requirements and processing capacity, a series of measures such as stepless speed regulation of the main shaft, manual adjustment of the disc feeder height, control of the temperature distribution of the heating plates in each layer, and cooling and cooling at the end of the period are adopted for the disc dryer to give full play to its superior performance.