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Magnesium AZ31B-O (UNS M11311) Alloy

Magnesium is a silvery white, light weight metal which is easily ignitable. It is usually alloyed with aluminum, zinc, nickel and other non-ferrous metals.

29 Jul 2013

Magnesium AZ31C-F (UNS M11312) Alloy

Magnesium is abundantly found in earth’s crust. The raw metal is never found in nature, as it is highly reactive. It is easy to machine and process the metal, but its applications are limited by its ignitable characteristic.

29 Jul 2013

Magnesium AZ63 T1 (UNS M11630) Alloy

Magnesium is a silvery white, light weight metal which is easily ignitable. It is usually alloyed with aluminum, zinc, nickel and other non-ferrous metals.

29 Jul 2013

Vanadium (V) - Properties, Applications

Vanadium is a hard, ductile metal having a silvery-gray appearance. It is harder than most metals and exhibits good corrosion resistance against alkalis and acids. Its atomic number is 23 and is represented by the symbol V.

29 Jul 2013

Zinc (Zn) - Properties, Applications

Zinc is a bluish-white metal having lustrous appearance. It is brittle by nature and has a crystalline structure. It also exhibits good malleability and ductility at higher temperatures. The atomic number of zinc is 30 and is represented by the symbol Zn.

29 Jul 2013

Magnesium AS41A-F Die Cast Alloy (UNS S45000)

Magnesium AS41A-F die cast alloy has excellent creep resistance that is superior to magnesium alloy grades AZ91A, AZ91B, AZ91D, and AM60A. This alloy’s tensile strength, yield strength, and elongation are good as well.

29 Jul 2013

Rhenium (Re) - Properties, Applications

Rhenium is a silvery-white metal having one of the highest melting points of all metals. Being a member of group 7 of the periodic table, rhenium was the last stable element to be discovered in 1925.

29 Jul 2013

Magnesium AZ10A-F Alloy (UNS M11100)

Magnesium alloys contain a combination of magnesium with other metals such as aluminum, manganese, copper, zinc, silicon, rare earths and zirconium. These alloys are some of lightest materials available.

29 Jul 2013

Magnesium AZ31B-F Alloy (UNS M11311)

Magnesium alloys are easy to machine and are very lightweight. When magnesium is alloyed with other metals such as aluminum, zinc, silicon, and iron, magnesium alloys are derived. Magnesium AZ31B-F alloy is a medium strength alloy.

29 Jul 2013

Magnesium AZ63A-T6 Alloy (UNS M11630)

Magnesium alloys have are being used as advanced structural materials for several applications, especially in automotive, aerospace, and railway industries due to their unique properties of low density, good machinability, excellent damping capacity.

29 Jul 2013

Editorial Highlights

The Current State of the Global Semiconductor Market

The global semiconductor market has entered an exciting period. Demand for chip technology is both driving the industry as well as hindering it, with current chip shortages predicted to last for some time. Current trends will likely shape the future of the industry, which is set to continue to show

How are Graphene Batteries Made?

The primary distinction between graphene-based batteries and solid-state batteries lies in the composition of either electrode. Although the cathode is commonly changed, carbon allotropes can also be employed in fabricating anodes.

What Role Will The IoT Play In The Electric Vehicle Industry?

In recent years, the IoT is rapidly being introduced into almost all sectors, but it has particular importance in the EV industry.

Latest Articles

Magnesium AZ31B-O (UNS M11311) Alloy

Magnesium AZ31C-F (UNS M11312) Alloy

Magnesium AZ63 T1 (UNS M11630) Alloy

Vanadium (V) - Properties, Applications

Zinc (Zn) - Properties, Applications

Magnesium AS41A-F Die Cast Alloy (UNS S45000)

Rhenium (Re) - Properties, Applications

Magnesium AZ10A-F Alloy (UNS M11100)

Magnesium AZ31B-F Alloy (UNS M11311)

Magnesium AZ63A-T6 Alloy (UNS M11630)

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Editorial Highlights

The Current State of the Global Semiconductor Market

How are Graphene Batteries Made?

What Role Will The IoT Play In The Electric Vehicle Industry?

Latest Articles

Archaeometry: Unveiling the Past with Future-Ready Tools

Why Temperature and Electric Current Matter in EV Lubricant Testing

Inside the HIVE: A Modular Architecture for Future-Proof Microscopy

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Editorial Highlights