The forging speed of magnesium forgings depends on the alloy composition, billet uniformity and grain size, die and lubrication, but is ultimately determined by the forging equipment . Due to the poor plastic deformation ability of magnesium alloy, it is best to use a hydraulic press with a low forging speed to forge. When forging on a fast mechanical press and hammer forging, it is necessary to find ways to prevent the cracking of forged samples. The forging deformation degree of magnesium forgings is determined by alloy, blank quality, forging temperature, speed and die quality. Due to the poor plastic deformation ability, high deformation resistance and sensitivity to strain rate, the forging temperature range of magnesium alloy is relatively narrow. |
Item |
Magnesium Forgings |
Size |
According to customer needs |
Standard |
ASTM, AISI, JIS, ISO, EN, BS, GB, etc. |
Processing service |
Bending, Welding, Decoiling, Cutting, Punching, Customized |
Export to |
United States, Australia, Brazil, Canada, Germany, Peru, Japan, Italy, United Kingdom, Arabia, etc. |
Package |
Packed with waterproof paper, inner protective steel ring, protective wooden block, and metal strapping belt. Or according to customer requirements. |
Price term |
EXW,FOB,CIF,CFR,CNF,etc. |
Payment |
T/T,Western Union,L/C,etc. |
Certificates |
TUV&ISO&GL&BV,etc. |
Surface |
Mill, polished, bright, mirror, hair line, brush, checkered, antique, sand blast, etc |
Application |
1) Used in sputtering target and photovoltaic products. With the development of microelectronics and photovoltaic industry, high purity magnesium has been widely used in electronic products sputtering target and photovoltaic coating, with its high purity, reduce the interference brought by impurities, improve the stability of products, prolong the service life of products. 2) Pharmaceutical and fine chemical products. High purity magnesium is also widely used in pharmaceutical and fine chemical fields. Using high purity magnesium as additive can more effectively reduce the pollution of heavy metal elements to products, meet the needs of product safety and maintain human health. |
Features: 1. Magnesium alloy has low density but high strength and good rigidity. Among the existing engineering metals, the density of magnesium is the least. The rigidity of ordinary cast magnesium alloy and cast aluminum alloy is the same, so its specific strength is significantly higher than that of aluminum alloy. 2. Magnesium alloy has good toughness and strong shock absorption. Magnesium alloys tend to deform greatly when subjected to external forces. Magnesium alloy has high damping capacity and is an ideal material for avoiding fatigue caused by vibration and noise. 3. Magnesium alloy has low heat capacity, fast solidification speed and good die casting performance. Magnesium alloy is a good die casting material, it has good fluidity and rapid solidification rate, can produce fine surface, clear corners parts, and can prevent excessive shrinkage to ensure dimensional tolerance. |