Magnesium alloy tube is a new kind of light alloy metal material, this material cost is high, and can not be solved in the product performance problems, so the application field is limited, so what are the characteristics of magnesium alloy tube? 

1. The specific gravity of magnesium

Among the metals, the ratio of steel is 7.85, titanium is 5.46, aluminum is 2.85, and magnesium is 1.82, which is 3/1 of titanium, 4/1 of iron, and 2/1 of aluminum. In Japan and Germany, magnesium alloy has been used in automobile parts, household appliances and computer parts because of its light weight. Magnesium can protect against heat and radiation when used in computer parts.

2. Damping capacity of magnesium

Magnesium alloy tube when subjected to less than the stress cycle tolerance limit refers to the ability to absorb or consume energy as heat and damping properties.

3. Electromagnetic closed screen performance of magnesium alloy

The magnesium alloy tube will show stable shielding effect of 90 ~ 100 dB in the frequency band of 30 ~ 200MHz. It is possible to have limits on the frequency bands produced by radio waves such as more restrictive mobile phones.

4. Magnesium alloy has strong anti-melancholia resistance

As is known to all, the work hardening rate of magnesium alloy is very high. When compared with aluminum alloy and mild steel, the object has collision, the sag occurs when the material is damaged very little.

5. Good machinability of magnesium alloy

Magnesium alloys have low cutting resistance, saving power and extending tool life by reducing machining time.

6. High recycling value

The energy required to regenerate magnesium is about 5% of the time it takes to make the original material, which is a significant percentage! We looked at plastics for a total of 10 uses, so magnesium alloys are suitable materials for strengthening environmental regulations.

7. Specific heat of magnesium alloy

Magnesium alloys are low in specific heat and have a cool and easy property that may be heated. Magnesium alloy tubing has excellent dimensional stability, has a small feature and a variation of 6× 10-6 heating at 150℃ for 100 hours.