China Manufacture Round Magnesium Alloy Tube Magnesium Alloy Tube

China Manufacture High Rigidity Round Magnesium Alloy Tube

Magnesium extrusions can be supplied in a wide variety of chemical compositions, including pure magnesium, depending on specific application and design requirements.

Our magnesium alloy tubes are engineered for performance. Their processing, corrosion resistance, and mechanical properties offer a range of distinct characteristics: fast heat dissipation, light weight, good rigidity, certain corrosion resistance, dimensional stability, impact resistance, wear resistance, good attenuation performance, and easy recycling. In addition, they provide high thermal and electrical conductivity, are non-magnetic, and offer good shielding characteristics.

1. Low density — approximately one-third lighter than aluminum, with a specific strength (tensile strength to density ratio) higher than that of aluminum alloy.
2. High fatigue limit.
3. Can withstand greater impact loads than aluminum alloy.
4. Good thermal conductivity.
5. Good casting performance.
6. Good dimensional stability.
7. Easy to recycle.
8. Good machinability.
9. Good vibration reduction performance.
10. Superior to engineering plastics in many aspects and can replace engineering plastics in numerous applications.

• Grade: AZ31B, AZ61A, AZ80A, ZK60A
• Shape: Round, bar, solid shapes, tube, hollow shapes, semi-hollow shapes, wire
• Application: Lighter than aluminum, mainly the same applications as aluminum — construction, sports & leisure, transportation, household appliances

The casting line for magnesium alloy pipe offers high dimensional accuracy and supports high-precision processing. Magnesium alloy has excellent die-casting forming performance, allowing wall thicknesses as small as 0.5 mm — suitable for manufacturing various die-cast parts for automobiles. Dongguan magnesium alloy tube suppliers hold advantages in heat dissipation relative to other alloys: according to the formula q = dvc△t (where q = heat, d = specific gravity, v = volume, c = specific elasticity), magnesium alloy absorbs significantly more energy under impact load than aluminum alloy parts, giving it good shock resistance and noise reduction performance. The material is also recyclable and reusable.

1. Light weight. Magnesium is the lightest metal material in the world.
2. High specific strength. Magnesium alloy offers high strength-to-weight ratio and a certain bearing capacity.
3. Small modulus of elasticity. Better strength and anti-seismic performance, with low distortion.
4. Good anti-electromagnetic interference and shielding.
5. Non-polluting and recyclable.
6. Dimensionally stable and easy to process.

We have advanced die-casting, extrusion, forging, rolling, and casting processing production lines, along with precision testing equipment. We can produce a variety of magnesium alloy types and products, and have developed high-strength magnesium alloy extruded sheet. Through the purification of ordinary magnesium, purity can be raised up to 99.99%.

Magnesium alloy casting production can be customized to your requirements. The technical process is excellent; extrusion production requires a variety of bars without the need to purchase from abroad. Extrusion molding products are easy to form with low energy consumption, saving production costs.

Our team includes magnesium smelting technology personnel with more than 15 years of experience. From the selection of primary materials to smelting processing, we bring a wealth of experience and mature management techniques.

We have technical research and development capabilities in magnesium ingots and magnesium alloy extrusion products, and we are among the leading magnesium alloy production enterprises.

1. Small order quantities available
2. Professional engineering team and sales team
3. Payment: T/T & Western Union
4. OEM / ODM support
5. Free samples provided
6. Competitive price and high quality

We have attained ISO9001 and ISO14001 certificates, standardizing and improving our enterprise quality management system.