Amorphous metals are widely popular in the market today. They are widely used by healthcare and technology industries for manufacturing products. They are different from other metals primarily because of their unique atomic structure. Most of these metals have a crystalline structure of atoms that are arranged in a strict, orderly manner. On the contrary, amorphous metals have an arrangement that is not in order, and the structure is not crystalline in nature. The structure of the amorphous metal resembles glass and it almost liquid-like in form.
John Kang WebMD- understanding how amorphous metals are the future of healthcare and technological products
John Kang is a businessman, and he is with the medical industry. He has been studying about Liquidmetal since 2005 and says that amorphous metal was first produced in 1960 at CalTech. This alloy was like glass, and it cooled really quickly. This prevented crystallization and was at the beginning used in the manufacture of wires, metal ribbons, and foil. In the 1990s the production involved a lesser cooling rate, and this allowed the amorphous metal to be successfully cast into molds made of metal. John Kang WebMD specialist says that this gives birth to the use of amorphous metals in industries. On the commercial front, amorphous metals include Liquidmetal that is used to manufacture an extensive range of products in the market ranging from covers of mobile phones to watches. The biggest advantage of this metal is its durability and strength. Moreover, it is resistant to corrosion and helps the end product to get a longer shelf life. In the world of technology, Liquidmetal is a viable replacement for thermal paste and can be used for preventing heat in laptops.
The future of Liquidmetal
John Kang Liquidmetal expert says that in the future Liquidmetal will replace plastic items in several forms. Apple already has begun using Liquidmetal in many of its products. Liquidmetal is also popular in the medical industry as it is used to produce small medical implants and dental isolation products. It has been discovered that in the field of dental isolation products, Liquidmetal is safe to use. Many patients suffer from latex allergies when a rubber dental dam is inserted in their mouths. This becomes hard for the dentist to perform the procedure without flaws. The application of Liquidmetal in dental isolation devices makes it safe for the dentist to perform the procedure without the risks of injury to the patient.
John Kang WebMD specialist adds that Liquidmetal is preferred to manufacture small dental implants as it is highly malleable and can be shaped into any form. Dental and surgical implants need a high level of precision, and this is where Liquidmetal helps. Moreover, Liquidmetal does not affect the surrounding tissues in the body, and this is why it is now being embraced in the healthcare industry widely. In other industries, Liquidmetal is widely preferred as it reduces costs of production, gives the product high shelf life and is preferred for its manufacturing process that is simple for industries to embrace for the end product in the market.