Magnesium Metal Turning

Exporter of Magnesium Metal Turning. Our product range also comprises of Laboratory Chemicals, Speciality Chemicals and Chemical Compound.

Magnesium is the eighth most abundant element in the earth’s crust. While not found in metallic form, it is broadly available in the form of minerals such as magnetite, dolomite and serpentine. It has a silvery-white colour and tarnishes slightly in air.

Magnesium metal has unique characteristics. It has the lowest density of all the metal elements, making it the lightest, but is also very strong and easily manipulated for machine tooling. Magnesium has similar characteristics to its sister metal, aluminum, but is 34% lighter than aluminum, and 70% lighter than steel, making it a solution of choice for lightweight requirements in the transportation industry.

Magnesium Metal Turning

Magnesium Metal Turning

Magnesium Metal Turning is used in Production of fine chemicals. It is used as a catalyst. It is also used in GRIGNARD Reaction.

Purity: -99. 8%

Chip size: -0. 2mmx1. 5mm

Packing: -Well Air Tight packed in Paper Fibre Drums, Each drum Containing 25 Kgs.

Expiry Date: -The Material will work fine till 8 months if kept air tight. It will expire within 3 months if exposed to air.

Magnesium is 33% lighter than aluminum, 60% lighter than titanium, and 75% lighter than steel. Yet for many applications it’s stronger per unit volume than all three of those structural metals. It is also an extremely versatile metal. Besides its basic functions as a component in aluminum alloys, titanium, and steel production, magnesium can also be cast into various mechanical parts and replace aluminum alloys for virtually anything you want to make lighter and stronger.

Magnesium usage is not just limited to the automotive sector. It is also generating a lot of buzz in the sports sector. It has taken high performance to a whole new level. Not only is magnesium light-weight, durable, and stronger than aluminum, but it also absorbs 16 times more shock and vibrations, making it the ideal metal that gives competitive sports that extra edge. Many motorcycle and mountain bike manufacturers have incorporated magnesium in their premium designs for years while new innovations used in the sports sectors are generating additional attention. Skiers, snowboarders and even ice skaters now find some of their equipment made out of magnesium as it provides much better stability at higher speeds. It is also transforming the sport of golf, where drivers made with a magnesium crown are lighter with better weight distribution to allow golfers to deliver longer and more powerful drives.

Consumer electronics is another area where magnesium and its alloys are playing a major role. Everyone wants lighter and thinner laptops, cameras, and cell phones that are durable enough to withstand the daily wear and tear. Magnesium can make a big difference for these fragile products. Not only is magnesium the best metal with the strength to weight ratio, but it is also 100 times better than plastic for heat dissipation. So next time when you are in the market for a new laptop or cell phone, you might want to think about what’s making this product light-weight and more durable. If you have the choice, what would you choose: magnesium or plastic?

Many magnesium advantages are used in world economic because they can’t be realized using other materials and comparable manufacturing processes. When the die casting process reaches such a high state of perfection, there is a tendency for some to think of future progress in terms of purification. Such thinking isn’t always true. There are many things that have to be done to realize all these suggestions and aims – bigger and better casting machines, improved finishing techniques, casting of metals that have not yet been practical and so on. Mostly the die casters are aware that magnesium is expensive, corrosive, and a fire hazard. But mostly these thoughts are exaggerated. In order to capture new markets and increase the use of magnesium die castings, the leading producers as well as the material design engineers should be educated at the end-user level. So, people have to know all positive advantages of die casting in magnesium, looking at the major economic advantages over other materials and similar processes.