replica watches uk
high-tech ceramic materials and metal, including metal alloy titanium carbide. This represents a high-tech ceramics, high-tech ceramic with platinum alloy again evolved, it along with the excellent performance of two high-tech ceramic and metallic materials. This innovative material was first launched in 1993 in RADO Rado Sintra Silver Diamond series by RADO Rado. Titanium carbide ceramics with the same quality and high-tech ceramics and advantages, texture, light, and temperature can be quickly adjusted according to body surface temperature. Its molding process in a very precise mold was produced in conditions of high pressure of 1000 kPa. Prior to the sintering process under the member 1450 ° C in a vacuum and temperature conditions of the molding auxiliary compounds chemical decomposition occurs. This track process, the process object will shrink 20%, until replica watches uk
reaches the final size, full density and total hardness index. This sparkling breitling replica
finishes with a unique sharp edges and corners, through a meticulous process of polishing the diamond grinding wheel is complete, polished product can reach 1900 Hardness Vickers hardness greater than the hardness of the high-tech ceramics . Then, under the conditions of about 1000 ° C, using a titanium nitride (TiN) layer of gold on the surface of the case of chemical vapor deposition (CVD) coating is formed, and so as to have a high gloss by polishing. Fake breitling watches also features a silver decorative detail and using fluorescent pointer to highlight the visual effects. Through the sapphire crystal case back, automatic movement of the operation can at a glance, but it is also the black dial by moving the anchor to specific performance. Accurate display time, date box is located three dial position. Power reserve ceramic watch case chosen for the synthesis of ceramic zirconium oxide (ZrO2), this material is powdered raw materials through isostatic molding production process, so its appearance is very uniform and smooth.