Amorphous metals have a unique atomic structure that is very different from other metals. They display crystalline properties with an organized atomic structure. Amorphous metals, on the other hand, have an atomic structure that is not organized or crystalline in nature. Their structure is more or less like glass.
John Kang Liquidmetal Expert Puts Light on the Origin of Liquidmetal
John Kang is a businessman in the medical field and is an expert of Liquidmetal and its technologies for many years. He had conducted research and has invested in the commercialization of amorphous metals via Liquidmetal Technologies Inc. Thanks to his hard work and efforts, the organization successfully entered into lucrative partnerships with Swatch Group Ltd. and Apple Inc. According to him, amorphous metals were first produced at Caltech in 1960. This alloy had the ability to cool down fast, so crystallization was prevented. The alloy was first used in foil, metal ribbons and wires. There was more research in the field, and an intense rate of cooling helped amorphous metals to be placed into metallic molds. This contributed to the use of amorphous metals in industrial scenarios.
In the commercial field, amorphous metals include Liquidmetal that is used in the manufacture of several items like covers of smartphones to luxury watches. Amorphous metals are popular because of their high tensile strength and their resistance to corrosion. The John Kang Web MD team says that Liquidmetal will replace plastic products in many forms in the future. Tech giant Apple is testing the feasibility of the metal and has used it in most of its products. The John Kang Liquidmetal team of experts says that one of the major goals of Liquidmetal is to manufacture covers that keep scratches away from surfaces longer than the present materials that are currently being used. Liquidmetal is also being used in recent space projects and was deployed as an ion collector of solar winds in the Genesis space probe.
The use of carbon in industrial scenarios
He adds that one can take the example of carbon that is the base for a host of steel and other alloys. It has been one of the most popular materials in industries. However, industrial manufacturers are very careful to ensure that the levels of carbon used in metal is directly proportional to its hardness and strength. Industries always have to keep the levels of carbon in check because of its ability to become brittle and have a residue that is crystal in nature. This is the reason why alloys are generally used in many industry items.
The John Kang Liquidmetal expert says that there are high alloy steel items that are today are popularly called stainless steel used in the manufacture of several industrial items. They might not be as easily wielded as steels that have a lower percentage of alloys; however, they are more practical on a commercial level. They can withstand high temperatures and resist the oxidation process. They are popular in commercial and housing projects, manufacture of household appliances and production in lab equipment.