Rolex Gmt Master 40mm Men’s 16713BKSJ Jubilee Bracelet

Bezel Material: Stainless Steel. The bezel material is made of stainless steel. It needs to be durable and can resist abrasion. The design of stainless steel bezel material makes it suitable for the watch bezel because of its ability to withstand a lot of pressure and friction.

Luminiscence: Hands and Markers. As you can see in the pictures above, the luminescence of the watch is hands and markers. With this watch, you will not lose your time in dark.

Crystal: Sapphire Crystal. For watches, crystal is a very important component, sapphire is high-end, and has a good reputation. Tip: The first-range cheap movement version is made of mineral glass.

Band Material: 316L. The band has 316L for daily seawater corrosion, this kind of steel is completely sufficient.

Power Reserve: 40 Hours. The watch we use power reserve of 40 hours power reserve, which is pretty good.

Water Resistance: 30 meters. We make the watch waterproof at 30 meters. But please make sure you close the crown properly. Tips: The standard configuration is just life waterproof, need to purchase additional waterproof service which is up to 30 meters.

Clasp: Fold Over Clasp. This is a great way to protect and store your watch, to make it easier and quicker for the user to open and fold the case over to keep it secure.

Function: Date, Hour, Minute, Second. The watch is the most important device in our daily life. It measures time and seconds.

Case Back: Solid. In the watch world, a sturdy back cover is very important, it is a great way to add style and elegance to your wrist. Scratch-resistant and wear-resistant watches are becoming more and more popular.

Second Markers: Minute markers around the outer rim. The small mark on the outer edge of the glass edge is one of the most recognized design elements in all industries, also known as clock hands, this design element is used in many well-known designs.

Dial Markers: Luminous Dot. The luminous point in the watch jar is a new type of sensor that can detect the time in the dark. When receiving a signal from an external source, this point will light up. It then sends a signal to the computing device, telling it when to turn the lights on and off.