TOPIC: Richard Mille replica

Richard Mille replica



Breaking through tradition: innovation in materials and craftsmanship.

(I) Journey of material exploration
Richard Mille is like a fearless explorer in the selection and development of materials, constantly breaking through the boundaries of traditional watchmaking, bravely stepping into unknown areas, and looking for innovative materials that can bring new vitality to Perfect replica watches reviews.

Among the many innovative materials, titanium alloy is one of Richard Mille's important early exploration results. Titanium alloy, a material that is highly favored in the aerospace field, has many remarkable properties. It has a low density and light weight, but has excellent strength and can withstand huge pressure without deformation; at the same time, it also has good corrosion resistance, and can maintain its quality for a long time even in harsh environments. Richard Mille uses titanium alloy in the production of watch cases and movements, which ensures that the watch is sturdy and durable while reducing the burden on the wearer, bringing the wearer an unprecedented comfortable experience. Take the brand's first watch, the RM 001 Tourbillon, for example. It uses a titanium case. In subsequent production, titanium was successfully applied to the movement base. This innovative move not only earned the brand a reputation as a pioneer in the application of innovative materials, but also laid a solid technical foundation for subsequent high quality replica watches works.

The application of ALUSIC® is another wonderful chapter in Richard Mille's material exploration journey. The case of the RM 009 Felipe Massa watch launched in 2005 is made of ALUSIC®, making it the lightest tourbillon watch ever at the time, weighing only 29 grams without the strap. ALUSIC® is commonly used in the aerospace field, such as the Airbus A380. Its main components are lithium, aluminum, titanium, zirconium, silicon, chromium, zinc and manganese. This material not only optimizes the strength and elasticity coefficient while reducing the density. Its density is only 2.6kg/m³, which is lower than titanium (4.9kg/m³), and it also has excellent corrosion resistance. However, superior performance is also accompanied by huge R&D difficulties. Due to its high hardness, it places extremely high demands on processing techniques such as grinding, drilling, and stamping. At first, Richard Mille failed to process this material because the tool was melted by high temperature, but the brand did not back down. After continuous attempts and improvements, it finally successfully polished the ALUSIC® case with both beauty and texture, perfectly showing the unknown beauty of this material. fashion replica watches


The emergence of Carbon TPT carbon fiber has set off a new round of material innovation for Richard Mille watches. In 2012, North Thin Ply Technology (NTPT), a giant in ultralight prepreg materials, showed Richard Mille a small section of the mast of the Alinghi sailing team. The mast was made of Carbon TPT® carbon fiber material. Its superior performance and strong and wear-resistant properties deeply attracted Richard Mille's factory ProArt Prototypes SA. After working day and night to improve the processing procedures and find cutting tools suitable for carbon materials, the engineers finally succeeded in applying this lightweight, reliable, wrist-fitting and unique cloud-like visual effect of Carbon TPT® carbon fiber to the RM 011 automatic chronograph. TPT is the abbreviation of Thin Ply Technology, which means thin layer material technology. Carbon TPT® carbon fiber is composed of more than 600 layers of parallel carbon fibers obtained by separating carbon filaments. These carbon fiber layers with a thickness of no more than 30 microns are first soaked in a mold and then processed by a special machine so that the fibers between layers are staggered at a 45-degree angle. They are then heated to 120 degrees at a pressure of 6 bars and finally processed in Richard Mille's factory. The specially treated Carbon TPT® carbon fiber is not only more compact and crack-resistant, but also overcomes the weakness of carbon fiber being fragile and brittle. From the appearance, it has an irregularly arranged Damascus pattern, and the bevel has a clear sense of stacking and glossiness, which adds a unique charm to the watch.



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