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What is Scandium?

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What is Scandium?

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First identified in 1879 by a team of scientific researchers led by Lars Fredrick Nilson, the chemical element scandium is a soft metal with a color that is often described as a combination of silver and white. Assigned the atomic number 21, scandium is considered to be one of a group of rare earth elements. Here is some background on the history of scandium, as well as examples of how the metal is used today. Scandium is often identified with the periodic law developed by Dmitri Mendeleev in 1869. According to his research, Mendeleev concluded that there were three then unknown chemical elements that would eventually be discovered. For purposes of developing his theory, Mendeleev used the name of ekaboron as a collective term for these elements. After the discovery and identification of scandium in 1879, Swedish researcher Teodor Cleve determined that the element was in fact part of the predicted triad of Mendeleev. This understanding has continued to persist into modern times, with s

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Scandium is the 21st element in the Periodic Table of Elements, located beside titanium, which is the 22nd element. Scandium is 70% stronger, and lighter than steel, 40% stronger than graphite, and 25% stronger than titanium. Scandium Sc™ shafts are manufactured from a single tube using a proprietary 25-step production process to create a seamless, extruded shaft. This manufacturing process results in unmatched consistency from club to club, lowest torque of 1.4 degrees, unprecedented accuracy, and distance. Variable wall thickness and the metal’s high tensile strength results in a vibration dampening system called ShockBlok™ with 270% better shock attenuation than steel shafts. ShockBlok™ protects golfers’ bodies, bones, and joints. The high vibration energy is directed away from the hands, arms, and shoulders into the club head, significantly reducing fatigue, and wrist, shoulder and elbow injuries. The Bridgestone champion actually cured his tendonitis problems by using Scandium Sc™

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