![[Nanotechnology] - International Codex](https://codex-international.com/wp-content/uploads/2023/09/id30661_1.jpg)
Innovations Bring a Maze of Complexies to A Sport, But Elevate the Performance Level of an Athlete and reduce the Chances of Injury, Making Sport More Enjoyable for the Spectators and the Athletes. The World of Comptetitif Sport is Highly Influenced by Even the Minute Changes in Sports Equipment, Which Could Be A Matter of Winning or Losing.
In Recent Times, The Sports Equipment Industry has emerged as a sophisticated yet commercially viable hi-tech industry where Advances have revolutionized sports. Additionally, Various World-Level Championships Like Olympics and World Cups have popularized the Sports Equipment Industry Up to a Great EXENT, Making It A Lucrative Business Opportunity for Public As Well as Private Venture Capitalists.
Impact of Nanotechnology on Sporting Equipments
The Degree of Competitifness In Sports has been remark Impact by nanotechnology like any innovative Idea in Materials Science. Within The Niche of Sport Equipment, Nanotechnology Offers A Number of Advantages (Fig. 1) and immense potential to improve Sporting Equipment Making Athletes Safer, Comfortable and More Agile Than Ever. Baseball Bats, Tennis and Badminton Racquets, Hockey Sticks, Racing Bicycles, Golf Balls/Clubs, Skis, Fly-Fishing Rods, Archery Arrows, etc. Are some of the Sporting Equipment, Whose Performance and Durability Are Being Improved with the Help of Nanotechnology (Fig. 2).
Nanomaterials such as carbon nanotubes (CNTS), Silica nanoparticles (SNPS), nanoclays utility, etc. Are Being Incorporated Into Various Sports Equipment to Improve the Performance of Athletes as well as Equipment. Each of these nanomaterials is responsible for an added addet such as high strength and stiffness, durability, reduced weight, abrasion resistance, etc. In Sporting Equipment as Listed in Table 1.Various Companies in the Area of Sporting Equipment Are Coming Up with Innovative Technologies/Products, Which Included Double Core ™ & Blx ™ by Wilson (Tennis), Air D-Fence ™ & Nanolok ™ by Inmat (Tennis), Nano-CFC® by Holmenkol (skiing) N-FUSED ™ by Easton (Archery), NSI ™ From St. Croix (Fly-Fishing), Nanopreme ™ by Yonex (Golf), etc.
Over the Years, with the Evolution of Materials in Sports Equipment, there has been reduction in the weight of Equipment accompanied by considerable improvation in its strength. CNTS, the most frequently used Material in Nano-enhanced Sporting Equipment Have a Higher Specific Strength and specific stiffness than Other Convention Materials (Fig. 3). They are 100 Times Stronger But 6 Times Lighter Than Steel and As Stiff As Diamond, Which Make Them An Ideal Component for Making Sporting Equipment Whre Low Weight and Hight Strength Are of Prime Import.
Additionally, various nanocomposites incorporating cnts are far superrior in terms of strength and durability to other conventional materials used in sporting enquipment. CNTS Are Being used to create super-string handlebars for mountain-bikes, durable tennis racquets and ultra-lightweight bicycle frame. Many Champion Road-Racing Cyclists Such As Cadel Lee Evans and Floyd Landis Won Various Tournaments Including Tour De France Using Bicycles Having Cnt Incorporated Plastic Frames. The BMC SLC01 Pro Machine Bicycles Used by these cyclists were Manufactured by the Swiss Company, Bicycle Manufacturing Co. (BMC), Which Weighed Just 1055 Grams (size 51), but possessed 400 Times Greater Tubular Strength Than Steel1.