gucci watches channel Omega replicas are the maxim

pengobx8

hnological ADVANCES Hard Rock RadoThe new, ultra-tough v10k is the result of years of diamond-case research Wherever Roland Streule travels, folk proudly show him their Rado watches. "They then explain how elated they are with it because it looks accurate as it did the daytime they bought it," he explains. Streule is the CEO of Rado international, the maker of scratch-resistant ceramic and hard-metal watches that recently have been adorned with sapphires and diamonds. "These buyers underscore our philosophy: Beauty that stays beautiful." If it has diamonds on the bezel or the turntable, the watch, he adds, ambition all look as follows nice as the diamonds. This year Rado has spread its diamonds out onto a particular see in a extraordinary manner. It has bonded the whole tungsten carbide circumstance of its new v10k with a wafer of diamond. In act so [link widoczny dla zalogowanych], the case is equally hard as the dia- mond, which is considered an of the hardest materials on world. The V in the label stands for Vickers, which is the measuring element for hardness―used especially in diamond-related technology. The 10k stands for 10 [link widoczny dla zalogowanych],000. The scale goes from naught to 10,000 Vickers―the final merit for authentic diamonds and accordingly the yardstick for everything else. This top worth appears even extra preferential while you consider namely stainless iron usually secondhand to make watches has a Vickers hardness number of only 200. This makes the v10k fifty times harder than the standard iron watch. By forging before to establish this watch, Rado has taken a scientific quantum leap in both durability and materials innovation. Several years ago Rado made the record books―literally―by successfully production a watch case out of crushed and superheated diamonds. These chips were cried Concept 1 (1996) and Vision 1 (1998). The Vision 1 required the use of 4,000 diamonds every weighing 1mm in diameter. They were floor into powder and sintered at temperatures of 1,500° Celsius (2,730° Fahrenheit) and under enormous oppression. (The oppression needed, 50,000 bar, is the equivalent of the heaviness of a jetliner on the surface area of a coin.) For that model, the crown and the bracelet factors were made from the dia-mond production. Not surprisingly, few were made. "In absolute, three pieces of the Vision 1 were produced," says Streule. Because of the amount of diamonds used in this process, the user amount would have been 500,000 to 600,000 Swiss Francs (more than $380,000). The Vision 1 was credited along an entry in the Guinness Book of Records. But this was equitable the beginning, says Streule. A note in the log paperbacks is good, but creating a alike timepiece that can be made into a production prototype is the afterward logical tread for a watchmaking fixed favor Rado. After six or 7 years of research with experts in nano-technology, Rado engineers have now approached making capacity with the v10k. The technology is intricate, but in concise it utilizes CVD (chemical vapor deposition) processes. It transforms carbon into nanocrystalline diamond particles, creating what is essentially man-made diamond. The CVD results in a 100 percent diamond layer bonded onto the fashioned tungsten carbide (hard metal) components. The result: total hardness and the inalterability of diamond. Three worldwide patents defend the processes and the design of the case. "As we work with this technology, anybody imperfection in the results means we absence apt begin repeatedly," notes Streule. "This namely expensive merely is necessitated because such a matter." Caseback and bracelet button are in antiallergenic titanium. As yet with the Rado eSenza, the crown has been neglected from the v10k as design reasons. The period can be adjusted on the caseba