subject: The Capability Feature Of Ball Mill Lining Plate [print this page] According to the market demand, Hongxing Company researches and develops the "inlay alloy" independently which is the pioneer inland (the patent is in applying) and plays an irreplaceable role in the mining, cement, and power plant industries. Its perfect performance makes the service life of the ball mill lining plate fold increase.
The found of the ball mill lining plate:
1) Gain the quality of no found contraction cavity and intercalated foreign material by the directed solidification starting from the outside of the contact with the mould.
2) The equithickness midheaven cylinder product is attainable due to the centrifugal function.
3) The product with little casting stress is attainable as the solidifying contraction is not affected. Static found.
The Chrome wear-resistant ball mill lining plates of ZM-1A, ZM-2A, ZM-3A, ZM-4A developed by our chief engineer, a famous werkstoff expert inland, are of impact resistance, high tenacity, high wear resistance, and long service life.
The capability feature of the ball mill lining plate:
1) The chemical components are Chrome, Silicon, Manganese, Molybdenum, Nickel, Niobium, Titanium, Boron, rare earth and such alloy elements. Drop the carbon greatly to lower than 120. Decrease the 20%-30% high carbon of high chromium cast iron to lower than 10% medium-low carbon which reduce its fragility and avoid the danger of fracture. The robust chemical elements are added appropriately which make it the ZM type ball mill lining plate of high toughness and high wear resistance.
2) The technology for heating processing of the ball mill lining plate: the compound heating processing method is adopted such as annealing, quenching, and double tempering.
3) The temper hardening of the ball mill lining plate: in the process of the little energy punch, the work hardening is generated and the hardness is raised by HRc5-10, that is to say the more you use, the harder it will be and the higher wear resistance will be which equals to the performance of the high manganese steel.
