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Titanium metal adheres well to bone, it has been used in surgical procedures for dental implants and joint replacements, particularly the hip. Titanium(IV) oxide is the type of titanium that is most commonly used.
As a pigment, it is widely used in household paint, artist’s paint, plastics, enamels, and paper.Investigations have been made into the mechanics of low-temperature Ti-based wafer bonding, namely Ti/Si, Ti/SiO(2), and Ti/Ti bonding.
The bonding process lasts for two hours in vacuum at 400 degrees C with a 10 kN down-force.In all three situations, nearly void-free bonding and high mechanical integrity were achieved. Ti/Si bonding is attributed to an interfacial reduction process, while Ti/SiO(2) bonding is based on a solid-state amorphization at 400 degrees C, according to interfacial characterisation by Auger electron spectroscopy and transmission electron microscopy.
To improve the bonding strength, Si wafers with smooth Ti thin films were brought together in an air atmosphere and heated to a variety of temperatures. Atomic force microscope measurement of the root-mean-square (RMS) surface roughness of thick Ti coatings on Si wafers evaporated by an electron beam. Blade insertion testing reached the bonding strength. The simplicity and low cost of the suggested wafer bonding method are advantages.
The Global Titanium Wafer Market accounted for $XX Billion in 2022 and is anticipated to reach $XX Billion by 2030, registering a CAGR of XX% from 2023 to 2030.
For ages, smiths have been forming metal into a variety of shapes. In order to herald in a new era of metal additive manufacturing, Norsk Titanium has reimagined this process using its unique Rapid Plasma Deposition (RPD) technology.
Norsk’s RPD method enables them to offer metals with increased strength and durability and a smaller environmental impact. Titanium wire is heated in this procedure, then quickly and precisely built up in layers to produce a portion that resembles a net.According to Norsk, it is checked more than 600 times per second to ensure quality.
Despite Norsk’s focus on titanium, the technology is transferable to a wide range of metals, and the business is actively investigating possible uses for stainless steels, refractory metals, and nickel alloys.
