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| #galleries http://www.casiojv.com/new_web/watch/new_watch.php?id=GST-B100XB-2A | #galleries http://www.casiojv.com/new_web/watch/new_watch.php?id=GST-B100G-2A | | GST-B100XB-2A | GST-B100G-2A |
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G-STEEL - GST-B100XB-2A, GST-B100G-2AFrom G-SHOCK, the watch brand that is constantly setting new standards for timekeeping toughness, comes totally new G-STEEL designs that combine different types of materials. These new models come with metal parts and buttons, and offer a choice between either blue or rose gold accent coloring on the iconic disk dial at 9 o'clock. The colors of these watch give them a look that is both sporty and elegant. The bezel of the GST-B100XB models has a highly fashionable design, and is made of lightweight yet very rigid carbon material. Combining state-of-the-art Toray Industries TORAYCA®*1 and NANOALLOY®*2 results in a bezel with outstanding shock resistance characteristics. Highly scratch resistant clear sapphire glass is used for the crystal to enhance readability and appearance, and to create a design that is both tough and good looking. The hefty urethane band features a sporty outer surface pattern that improves its fit and looks great as well. A metal band ring reduces the chance of band breakage due to abrasion.
- Smartphone Link (Approximately 300 World Time cities, alarm, timer, hand alignment correction, home city time swapping, phone finder)
- Battery level indicator
- Layer guard structure
- Tough Solar
- Dual time
- Super Illuminator
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*1 TORAYCA®: High-performance carbon fi ber material by Toray Industries is used in a wide range of applications, including: aerospace, high-pressure vessels, wind power generation, automobiles, bicycles, golf club shafts, fi shing rods, and more. *2 NANOALLOY®: Original Toray Industries nanometer structure control technology makes it possible to combine multiple polymers on a nano-metric scale (one billionth of a meter) for performance that is far superior to previous types of materials. This polymeric material enables high performance and high function that was previously not possible
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