The Magnesium Alloy Tablet Ebook Bracket is an ideal reading aid to enhance the user's reading experience with Magnesium Casting Process.

What are the benefits of Magnesium Alloy?

1. Light weight and high strength: Magnesium Casting Alloy have a wide range of applications in aerospace, automotive, electronics and other fields as lighter specific gravity, higher specific strength and specific stiffness.

2. Strong corrosion resistance: Magnesium alloy has good corrosion resistance, good corrosion resistance to water, oil, gas and so on.

3. Good thermal conductivity: It has good application prospects in manufacturing radiators and engine parts with good thermal conductivity and can dissipate heat quickly.

4. Good processing performance: Magnesium alloy has good plasticity and process ability, easy to process into various shapes and structures, suitable for the manufacture of complex parts.

5. Environmentally friendly and renewable: Magnesium alloy can be recycled and reused through recycling, with good environmental performance, in line with the requirements of sustainable development.

What are the disadvantages of magnesium alloys?

1. Expensive: High Precision Magnesium Alloy Die Casting is more expensive to produce and are therefore usually more expensive than common metallic materials.

2. Easy to oxidize: Magnesium alloy is easy to oxidize in the air, resulting in an oxide layer on the surface, which reduces its corrosion resistance.

3. Lower strength: Compared to other metal materials, magnesium alloys have lower strength and are prone to deformation or fracture.

4. Flammability: Magnesium alloys burn easily at high temperatures and are therefore less safe in situations such as fires.

5. Poor machining ability: Magnesium alloys have poor machining ability and are prone to cracks and deformation, increasing manufacturing costs and difficulty.

6. Poor abrasion resistance: Magnesium alloys have a low surface hardness and are susceptible to abrasion and scratching.