Metal Powder Briquette Machine

Metal powder refers to the metal particle with less than 1mm size. The commonly used metal powder mainly includes iron, tungsten, molybdenum, copper, cobalt, nickel, titanium, tantalum, aluminum, tin and lead powder. Metal powder belongs to the loose material, and its performance reflects the properties of the metal itself and the single particle characteristics as well as the particle group characteristics. The powder briquette machine can press pulverized coal, coke, ore, nonferrous and ferrous metal materials into balls. Metal powder briquette machine is one of the main briquette equipment.

Metal Powder Briquette Machine Introduction:

Metal powder briquette machine is also called metal powder briquetting machine, which is suitable for processing metal powder such as manganese ore powder, silicon manganese alloy powder, iron ore concentrate powder as well as other various ore and nonferrous metal industry. Usually the powdery material which needs furnace smelting, it can use the metal powder briquette machine to complete the ball making process. Its purpose is to reduce dust, control the bulk density, return to use and improve the transportation properties.

Metal Powder Briquetting Machine Application Fields:

Metal powder briquette machine is mainly used for ball making of non-ferrous and ferrous metal mineral powder, which can be directly put into the furnace for smelting, so as to increase the added value. For example, dust, mud pool, oxide skin, slag, iron powder, aluminum ash, silicon manganese ore, etc. Those materials which need to firing can use briquette machine to complete the production process.

Technical Advantages:

Metal powder briquette machine has the advantages of energy saving, less pollution, small investment and high benefit, which promotes the foundation for the good direction of development.

Production Process:

1. The pre-pressing stage: from the pre pressing to press the material firstly.

2. The pressing stage: the material is forced into the middle of roller pressure suppression (also known as air out) until the complete mold to achieve the maximum pressure.

3. The release stage: after the mold closing with the rotating roller, the spherical cavity began to separate, which lift the pressing force of the ball. With the rolling speed centrifugal force, the pellet will automatically release under the action of self weight.

4. In the production process, the leftover of produced ball is normal, which is required about 3mm.

5. According to the material, when roll speed and pre pressing speed has reached the best match, it can into balls all at once.