perachrom in old rolex | rolex blue hairspring perachrom in old rolex In 2005, Rolex unleashed a new (and of course, patented) process to the surface of the Parachrom hairspring to improve long-term stability. A welcome side-effect of this process? It turns the hairspring into a striking blue color, hence the “Blue Parachrom” hairspring name.
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The blue Parachrom hairspring, invented and developed by Rolex is a small yet .Finally arriving in 2000 inside the Daytona’s first-ever, Rolex-built movement, the superb Caliber 4130, the Parachrom Bleu hairspring is made up of two elements that sit side by side on the periodic table: niobium and zirconium.The blue Parachrom hairspring, invented and developed by Rolex is a small yet important feature of Rolex’s movements, that most people will never see, but which plays an important role in the reliability and functionality of its movements.
One of the biggest leaps forward of the modern era arrived in 2000, when the Daytona received its first ever in-house built caliber, the Cal. 4130, complete with a new type of hairspring, known as the Parachrom. Rolex has implemented several, truly notable features into the 3135 over the years, such as Microstella adjustment screws, Kif shock absorption, and of course the new Parachrom Bleu hairspring. The high-beat movement oscillates at 28,800 beats per hour (BPH).
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In 2005, Rolex unleashed a new (and of course, patented) process to the surface of the Parachrom hairspring to improve long-term stability. A welcome side-effect of this process? It turns the hairspring into a striking blue color, hence the “Blue Parachrom” hairspring name. In fact, it was in 1931, that Rolex invented the first self-winding mechanism with a Perpetual rotor. This patented structure not only serves as the basis of all Rolex automatic movements but also that of most self-winding watches from any brand since the invention went into the public domain in 1948.
In 2000, Rolex entered the new world of modern watchmaking. In the Rolex Daytona, it introduced the in-house 4130 movement, featuring the first Parachrom Bleu balance spring. This was significant for two reasons.After five years of research, Rolex created and patented the blue Parachrom hairspring. Crafted from a paramagnetic alloy, it is unaffected by magnetic fields and up to 10 times more resilient to shocks than traditional hairsprings. For all of the fanfare surrounding the Parachrom Bleu, the next generation of hairsprings are already starting to arrive from Rolex. 2014 marked the arrival of Syloxi, the proprietary Rolex silicon hairspring.
Rolex isn’t just about legacy; it’s embracing modernity. Innovations like the Cerachrom bezel and the Parachrom hairspring showcase its dedication to durability and reliability. Moreover, Rolex is leading in sustainability, reducing its environmental footprint.Finally arriving in 2000 inside the Daytona’s first-ever, Rolex-built movement, the superb Caliber 4130, the Parachrom Bleu hairspring is made up of two elements that sit side by side on the periodic table: niobium and zirconium.The blue Parachrom hairspring, invented and developed by Rolex is a small yet important feature of Rolex’s movements, that most people will never see, but which plays an important role in the reliability and functionality of its movements. One of the biggest leaps forward of the modern era arrived in 2000, when the Daytona received its first ever in-house built caliber, the Cal. 4130, complete with a new type of hairspring, known as the Parachrom.
Rolex has implemented several, truly notable features into the 3135 over the years, such as Microstella adjustment screws, Kif shock absorption, and of course the new Parachrom Bleu hairspring. The high-beat movement oscillates at 28,800 beats per hour (BPH).
In 2005, Rolex unleashed a new (and of course, patented) process to the surface of the Parachrom hairspring to improve long-term stability. A welcome side-effect of this process? It turns the hairspring into a striking blue color, hence the “Blue Parachrom” hairspring name. In fact, it was in 1931, that Rolex invented the first self-winding mechanism with a Perpetual rotor. This patented structure not only serves as the basis of all Rolex automatic movements but also that of most self-winding watches from any brand since the invention went into the public domain in 1948. In 2000, Rolex entered the new world of modern watchmaking. In the Rolex Daytona, it introduced the in-house 4130 movement, featuring the first Parachrom Bleu balance spring. This was significant for two reasons.After five years of research, Rolex created and patented the blue Parachrom hairspring. Crafted from a paramagnetic alloy, it is unaffected by magnetic fields and up to 10 times more resilient to shocks than traditional hairsprings.
For all of the fanfare surrounding the Parachrom Bleu, the next generation of hairsprings are already starting to arrive from Rolex. 2014 marked the arrival of Syloxi, the proprietary Rolex silicon hairspring.
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perachrom in old rolex|rolex blue hairspring
