Women's Stainless Steel Watches
|This watch is as popular as a simple watch. Its color is made up of multiple colors, the dial has a calendar dial, and the watch's strap is a belt. The texture of the watch is quite good. The movement is a quartz movement with an error rate of 0.|
Specifications of Women's Stainless Steel Watches
|Brand Name: OEM/ODM||Model Number: SYM149028|
|Place of Origin: Fujian, China (Mainland)||Type: Fashion, Limited Edition, Quartz|
|Feature: Water Resistant||Material: Stainless Steel|
|Gender: Women||Watch Case: Stainless Steel|
|Age: 2017||Watch Caseback: Stainless Steel Back|
|Watch Style: Fashion Watch||Watch Band: PU Leather|
|Watch Buckle: Stainless Steel Buckle||Water Resistant: 1ATM/3ATM/5ATM|
|Watch Design: OEM/ODM||Watch Test: ROHS/CE/REACH|
|Watch Movement: Japanese Movement Or Chinese Movement|
|Factory Audit: BSCI, SEDEX, AVON, L'OREAL, WALMART, DISNEY, KMART, TARGET, KAUFLAND|
Packaging & Delivery of Women's Stainless Steel Watches
Packaging Details: Bubble bag
Delivery Detail: Shipped in 35-60days after payment
Why are small watches more expensive?
Because of the difficulty of processing
Smaller timers are more difficult to machine than large ones for several reasons. Small timers are harder to be precise. Watchmakers need to spend more time, use more expensive tools, and be extra careful. The women's watch is not only simply reducing the size of the men's watch. The pointer, the dial and the surface crystal must all maintain the same distance. The ladies' watch has the same external force and vibration as the men's watch, but its shock resistance cannot be reduced as much as its size. A simple reason is that the strength of the force is not reduced by the size reduction.
Let us use the Eiffel Tower as a metaphor! This huge steel structure is 300 meters high and weighs 7,000 tons. If we want to make a miniature version with a scale of 1000:1, its height is reduced to 30 cm, what is its weight? Since the height is divided by 1000, the length and width are also divided by 1000, so the final weight should be reduced by 1 billion times.
Therefore, we should divide 7,000 tons by 1 billion, so the weight becomes 7 grams, which is only the theoretical value of the weight of this miniature tower. However, it is not so simple to do. The beam is lighter than the paper, and the rivet is smaller than the diameter of a hammer. It is not difficult for an engineer to know the fact that it is impossible to build a 7-gram Eiffel Tower.