Customize 250x250x0.5mm Magnesium Sheet Magnesium Alloy Plate Mg Target
Introduction:
Magnesium is the lightest in the Metal structure material#pure magnesium's mechanical properties are very poor. However, magnesium alloys have attracted much attention due to small volume, high strength, good processing performance, good processing performance, good electromagnetic shielding, good vibration reduction, conductivity, thermal conductivity, and thermal conductivity. Magnesium alloy has developed greatly from the early use of the aerospace industry to the current application of automotive materials, optical instruments, electronic telecommunications, and military industry.
Magnesium alloy is one of the lightest metal structure materials, with a density of only 1.3g/cm3 ~ 1.9g/cm3, about 2/3 of AL, 1/4 of Fe. Magnesium alloys have the advantages of higher strength than strength, higher stiffness, shock absorption, conductivity, good thermal conductivity, good electromagnetic shielding and size stability, and easy recycling.
Parameter:
| Product Name | AZ61 Magnesium alloy plate magnesium sheet for smaller weight class robots |
| size | as customer's required |
| Regular type | thickness 0.3-200mm,length x width:500x1000mm,610x914mm |
| application | hot stamping,engraving embossing printing stamping |
| | | | |
Magnesium Photoengraving Plate | | | |
Magnesium Photoengraving Plate | | | |
Magnesium Photoengraving Plate | | | |
Magnesium Photoengraving Plate | | | |
Magnesium Photoengraving Plate | | | |
Magnesium Photoengraving Plate | | | |
Magnesium Photoengraving Plate | | | |
Magnesium Photoengraving Plate | | | |
Magnesium Photoengraving Plate | | | |
Magnesium Photoengraving Plate | | | |
Magnesium Photoengraving Plate | | | |
Magnesium Photoengraving Plate | | | |
Application:
Medical use
Treat magnesium deficiency and cramps.
Sports use
Inject a few hours before intense exercise or after intense exercise to compensate for the loss of magnesium.
Gymnasts often apply magnesium powder to increase friction. (Is MgCO3)
Magnesium is an important material in the aviation industry, and magnesium alloys are used to manufacture aircraft fuselages and engine parts;
Magnesium is also used to make photographic and optical instruments, etc.;
Magnesium and its alloys are also widely used in non-structural applications;
As a strong reducing agent, magnesium is also used in the production of titanium, zirconium, beryllium, uranium and hafnium.
The strength of pure magnesium is small, but magnesium alloy is a good light structural material, which is widely used in industrial sectors such as space technology, aviation, automobile and instrumentation.
Fabrication:
When producing magnesium alloy extrusion materials, the main squeezing method is mainly used, and the anti -extrusion method is less. When you have time or a combination of squeezing, that is, the initial use of the anti -extrusion method to eliminate the friction between the squeezing cylinder and the ingredients when the squeeze is eliminated, and then immediately converted to positive squeeze. However, this combination process is rarely used.
Forging forming deformation magnesium alloys cannot be cold, only hot forging, forging temperature of 200 ° C ~ 400 ° C, not higher than 400 ° C. Otherwise, severe oxidation will occur, and grains will grow. The heat guidance rate of magnesium alloys is about 80W/(m · ° C), which is almost twice as large as steel. At the same time, due to the low density of magnesium alloy and small thermal capacity, it will quickly cool down after contacting the mold, rising deformation resistance, charging charging, charging Modeling has decreased, and this magnesium alloy is suitable for temperature forging.
