After years of lean research and development, our company has launched a new type of ice-cold fiber micro powder pulverizing machine.The automatic circulation of ice water ensures that the material does not heat up and change. Large output, low loss, easy to operate. The machine can grind beans, whole corn, hulled corn, naked oats, buckwheat, spices, medicinal materials and chemical raw materials.
The grain micropowder pulverizer consists of ice-water air compressor, homogenizer, alloy turning disc, double-layer grinding chamber, powder impeller, intelligent powder humidifier, intelligent automatic oiler, bearing chamber, fan, pulse, cyclone, airlock, integrated electronic control system, etc.
The grain micropowder pulverizer is used in miscellaneous grain enterprises, the fineness of milling can be adjusted from 80 mesh to 2000 mesh, and the constant temperature grinding chamber ensures no loss of powder and trace elements.
When making 100-mesh fine powder, the power consumption per ton of material is only 55 degrees, which is lower than traditional pulverizers, which can save food and reduce losses, reduce costs and improve efficiency.
The double-layer milling chamber makes the ice water of 0 to 2 degrees circulate, so as to ensure that the material is kept at normal temperature, the milling will not heat, and the nutrition will not be lost.
Powder fineness from 80 to 400 mesh, adjustable within five seconds, fool-like operation, low failure, small footprint, and low investment.
The main and auxiliary motors can realize frequency conversion and speed regulation; the intelligent ultrasonic spray humidifier can evenly humidify the powder in a large space.
The mill consists of ice water air compressor, homogenizer, alloy turning disc, double-layer grinding chamber, powder impeller, intelligent powder humidifier, intelligent automatic oiler, bearing chamber, fan, pulse, Shakron , air shutoff device, integrat
It is suitable for grinding and milling of nutritious coarse grains and other materials that cannot be pulverized at room temperature, such as beans, corn, naked oats, buckwheat, Chinese medicinal materials, chemical raw materials, etc.
After the material enters the shaping area, under the action of the high-speed impact hammer and the toothed plate, violent collision, friction and shearing are generated to form particle crushing. The crushed material enters the grading area, and the material in the grading area is under the action of the classifier. Qualified materials are sorted out in time and collected by lower-level products, while materials that cannot reach the fineness continue to be crushed in the crushing area.
Products with different fineness requirements are produced by adjusting the speed of the classification turbine. The speed control is accomplished by adjusting the frequency converter of the electrical cabinet, which is convenient and reliable. The grinding fineness is adjustable.
Since the material enters the crushing cavity with the wind, it can be discharged out of the machine with the gas after it is qualified, which can reduce the crushing temperature.
The crushing host is controlled by a frequency converter, which reduces the impact of the high-power motor on the power grid of the factory.
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