Large forgings in Maple are mostly used for key components of large machinery, and due to the harsh working environment and complex forces, the quality requirements for large forgings in the production process are very high. Large forgings are forged directly from ingot. In the production of large f......
Read MoreDuring the rolling of the starting material or during the drop forging itself, defects such as pores and blowholes, which often occur in the production of cast parts, are closed. As a result, forged parts are more stable than cast parts with the same or even lower weight. Compared to machined compo......
Read MoreToday's discussion on the advantages and disadvantages of forging has been understood. After so many days of forging news updates. It is not difficult to see that Maple machinery is worthy of trust and has the strength to do a good job in every forging because Maple is keen on the development of for......
Read MoreMaple supplies forgings in a wide range of fields Forgings are failure-safe and reliable components due to their favorable material properties, the high repeatability of the process during their production, as well as the good testing possibilities. They are implemented anywhere where reliability a......
Read MoreMaple is highly targeted. Forgings have the greatest strength and structural integrity for the same material and design, mainly because of grain consistency. Castings can withstand low shear and tensile stresses, but cannot withstand large shear loads, despite having excellent compressive loads.
Read MoreHot forging, where the work piece is heated up to about 75% of its melting temperature. As the temperature of the work piece, prior to forging approaches the melting temperature, the flow stress and energy required to form the material is decreased. Therefore, the strain rate or rate of production c......
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