Difference Between Crusher Hammerhead and Fine Crusher Hammerhead
Hammer crusher and fine Crusher hammers are the essential elements of the crushing machinery. However, there are essential differences, because it is different in the principle of operation and application between them.
Fine crusher is also called sand making machine, which belongs to crushing equipment like crusher. Sand making equipment performs greatly in the sand making industry, which is widely used for crushing and shaping soft, medium hard and extreme hardness of the material. In comparison with the fine crusher, crusher machine is mainly used for the crushing mass of material into small pieces that are used for the grinding machine and fine crusher. The differences above determine the distinctions
wear, abrasion of the components between them, and the next Dragon Machinery will give an analysis as follows:
At the beginning, there are some distinctions between their processes. In the current market, the fine hammer crusher is usually casting hammers; hammer crusher has two types: casting shark-hammer and the hammer of the forge. In relation to the casting of the hammer, hammer forging made of the same material has more excellent performance characteristic.
Then, there are differences in the selection of materials between them. Fine hammer crusher generally adopts high-chromium alloy material which is of high wear of the surface, but did not have enough stability; hammer crusher mainly adopts low carbon, alloy steel, which has a lower wear by abrasion as the chromium in the alloy.
Separately, there are advantages and disadvantages between crusher hammerhead and fine crusher hammers. To overcome the disadvantages, on the basis of the original hammer Dragon Machinery brings some innovations and promotions on the treatment of crafts and the choice of materials in order to increase its performance characteristic. As for the treatment of crafts, Dragon adopts the method of vacuum casting, which allows the crystal grains finer and, more fundamentally, eliminating casting defects.