The dry powder ball pressing machine mainly uses the dry method to press the ball, and there is no need to add water during the entire pressing process. It mainly compresses and shapes aluminum chips, magnesium chips, activated carbon alumina, quicklime, etc. High pressure is also one of the main characteristics of dry powder ball pressing machines. The composition of the dry powder ball pressing machine includes an electric motor, a reducer, a triangular belt, a rolling roller, an open gear, a casing, a base, a pressurized feeding device, a pressurized device, and a discharge device.
In the work of the ball pressing machine, the material first passes through the pre pressing device for pre pressing and exhaust, making the material more dense. Then, it is forcefully squeezed by two pairs of high-pressure dry powder ball pressing machines, and the finished product is output by a belt conveyor. The material of the Jizi is forged and can be replaced after wear. The hydraulic protection device of the ball pressing machine prevents equipment from being damaged by hard objects.
Ball pressing machine can be used to press various powders, powders, waste materials, and waste residues such as coal powder, coking coal, coal slurry, iron powder, iron filings, mineral powder, slag, tailings, etc. It is widely used in industries such as refractory materials, power plants, metallurgy and chemical engineering, energy, transportation, heating, etc
Ball pressing machine is also known as: strong ball pressing machine, mineral powder ball pressing machine, roller ball pressing machine, goose egg forming machine, and so on. The ball pressing machine is mainly used for making balls and blocks of non-ferrous and ferrous metal ore powder, directly entering the furnace for smelting, and increasing added value.
All waste materials and auxiliary materials in the metallurgical industry that need to be fed into the furnace require a ball press to complete. For example, dust removal ash, pool mud, oxide skin, steel slag, iron concentrate aluminum ash powder, silicon manganese ore powder, and so on. Ball press is a device that presses powdered materials into balls.
The roller skin of the ball pressing machine is cast with 65 manganese. After special heat treatment, the hardness can reach over 58 degrees. The roller skin is assembled in combination and can be replaced after wear. The mineral powder jade ball machine has a buffer device, which can better protect the equipment from hard object impact. The mineral powder ball pressing machine is designed with an adjustable ball bowl device, which ensures that the two leather ball bowls are always within the adjustable range and never misaligned.
Ball press is a kind of equipment to press powder materials into balls. Its purpose is to reduce dust, control volume weight, return to use improved transport and other features. The design of the product is mainly used for pressing dry powder into various shapes of pellets.
Equipment model parameters
Equipment production and usage scenariosMore equipment supply supports customization
Ball pressing machines are widely used due to their simple structure, convenient operation, and reliable performance. The ball press equipment has a high ball forming rate, low power consumption, compact structure, and is easy to maintain and debug. The shape and size of the ball socket on the roller skin of our company's ball press can be selected from a large range according to user needs.
Partial display of the delivery site of the ball press machine
FAQ
Q:Are you a trading company or a manufacturing factory?
A:We are a factory.
Q:What is your delivery time?
A:If the goods are in stock, it usually takes 7-10 days.
If the goods are out of stock, it will take 15 to 30 days, calculated by quantity.
Q:What is your payment method?
A:30% of the total price should be paid in T/T as the down payment; 70% of the remaining payment should be paid in T/T before delivery.
Q:Do you provide technical guidance?
A:Yes, we will provide you with professional advice on the selection of models and the operation of equipment. |