Best quality rolex milgauss blue dial green crystal replica watch ref. 116400GV

The rolex milgauss blue dial green crystal replica watch became well known for its pioneering technical qualities in the area of magnetic resistance and was adopted by scientists at the European Organization for Nuclear Research (CERN) in Geneva. The technical innovations were several including its first line of defence: a shield surrounding the movement within the Oyster case made of ferromagnetic alloys, an invention patented by Rolex in 1954. A secondary defense system involves the construction of two of the movement’s key components: the oscillator and the escapement. They have been manufactured from special paramagnetic materials developed by Rolex in the early 21st century.

The 40mm steel case of the Rolex Oyster Perpetual Milgauss Replica Watch (Ref. 116400GV) houses the Rolex calibre 3131 and it comes on an Oyster bracelet with three-piece solid links made from 904L stainless steel and come with the ingenious Rolex Easylink rapid extension system that allows the wearer to easily increase the bracelet length by approximately 5 mm, for additional comfort in any circumstance.

Rolex Milgauss (Ref. 116400GV) – Specifications
Diameter: 40 mm,
Material: 904L stainless steel superalloy.
OSCILLATOR:
Paramagnetic blue Parachrom hairspring,
Paramagnetic nickel-phosphorus escape wheel.
HOUR MARKERS & HANDS:
Highly legible Chromalight appliques and hands (long-lasting luminescence),
Orange lightning-bolt-shaped seconds hand.
BRACELET:
Type: Oyster, three-piece solid links,
Material: 904L stainless steel superalloy,
Clasp: Folding Oysterclasp with easylink 5 mm comfort extension link.

The escapement of the cheap replica rolex milgauss features a paramagnetic escape wheel made of a nickel-phosphorus alloy which is produced entirely in-house using a micromanufacturing technology (UV-LiGA). Also manufactured entirely by Rolex is the blue Parachrom hairspring using an exclusive alloy of niobium and zirconium. The Parachrom hairspring offers great stability when exposed to temperature variations, is impervious to magnetic fields and up to 10 times more precise than a conventional hairsprings in the case of shocks.

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