Richard Mille’s quest for innovation: excellent materials
replica Richard Mille watches are expensive, in reality very expensive. But in the case connected with Richard Mille products, advantages price tag is not simply as a result of unique image that the company has cultivated over the years.
Actually , the development and production of such highly recognizable watches utilizes a lot of research and improvement and manufacturing costs. Rich Mille’s quest for innovation will be reflected in advanced physical engineering solutions, new generation methods and the use of unconventionally and even unprecedented materials, which can be the focus of this article. Many of the innovative materials used in Richard Mille watches come from the automotive, flying and marine industries.
Establishing and processing these supplies is extremely challenging and requires modern machinery and specialized workers.
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Huge companies spend years establishing and investing huge amounts of funds to use these materials within the manufacturing of cars, planes or vessels. Now, imagine applying the identical processes and technologies for the production of 35 minimal edition timepieces. It is not hard to understand that such a huge purchase in a relatively small job will inevitably affect the selling price of the product.
But the individuality of the final product will come not only from the brand benefit, but also from its innate value.
Let’s take a look at a number of the materials Richard Mille functions for its watch cases along with movements and their key capabilities.
Titanium
Titanium is relatively frequent compared to other materials used in Richard Mille timepieces, but it stays one of the brand’s favorites since it is as strong as iron but has a much lower denseness, making it very light. A first-rate example is the RM 67-01 model, which features a event and part of its movements in grade 5 ti, a material that brings together strength with resistance to intense temperatures and corrosion.
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Carbon TPT
A composite material actually developed for sails inside racing boats and later furthermore used in F1 chassis in addition to aviation, Carbon TPT is actually a composite material that not merely has excellent physical qualities but also a truly unique seem.
Once machined, the TPT composite has a top-quality area and a unique look using stunning tones and glare that remind us in the look of high-quality timber.
Its distinctive wavy structure comes from the fact that it is comprised of multiple layers of simultaneous carbon fiber filaments, which are slit from carbon fiber.
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These carbon fiber filaments, which can be up to 30 microns thick, are impregnated having resin and woven over a special machine that adjustments the weft direction involving the layers by 45°. Following being heated to 120°C under 6 bar strain, the TPT is highly processed using dedicated CNC equipment at Richard Mille's ProArt case factory.
TPT, also called NTPT, is the abbreviation associated with North Thin Ply Technological innovation, a technology patented from the Swiss company that is going to improve the mechanical properties regarding composite materials. Compared with other ceramic material, Carbon TPT is more resilient and lighter, with a 25% lower incidence of crack stress and a 200% reduce incidence of microcracks. Included in this, Carbon TPT has been found in the case of the RM 35-01 Rafael Nadal watch presented in 2014, and the scenario of the RM 35-03 Rafael Nadal automatic watch unveiled in December 2023.
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