Women's Ice Watch Silicone Strap
| Description | |
| The watch's strap is like ice cream, it is made of silicone, so although it is white, but the silicone material is also very resistant to dirt, white is a good match, the watch can be said to be a whole highlight. |

Overview
Specifications of Women's Ice Watch Silicone Strap
| Watch Style: Brand Name: | OEM/ODM |
| Model Number: | SYM149026 |
| Place of Origin: | Fujian, China (Mainland) |
| Type: | Fashion, Limited Edition, Quartz |
| Material: | Alloy |
| Feature: | Water Resistant |
| Watch Case: | Zinc Alloy |
| Watch Style: | Fashion Watch |
Watch Caseback: | Stainless Steel Back |
| Watch Band: | Silicone |
| Watch Movement: | Japanese Movement Or Chinese Movement |
| Water Resistant: | 1ATM/3ATM/5ATM |
| Watch Test: | ROHS/CE/REACH |
Packaging & Delivery of Women's Ice Watch Silicone Strap
Packaging Details: Bubble bag
Delivery Detail: Shipped in 35-60days after payment

On the movement of the balance wheel
The balance is inside the watch and is the name of a mechanical part. It consists of a wheel with a pivot arm that swings back and forth and has a spiral hairspring inside. The balance wheel and the balance spring together constitute the governor of the movement, which has a decisive influence on the travel time of the watch. The linked ribbon on the balance wheel moves it back and forth, cutting the time into exactly the same aliquot. The round-trip motion of each round (so-called drop-answer) is called the swing frequency, and the 1st swing frequency is subdivided into 2 times of frequency. The balance wheel consists of a ring-shaped body (cam) supported by spokes. The balance wheel and the balance spring are the governing mechanism of the watch.
The average operation of the balance wheel directly affects the accuracy of travel time. Whether the balance swing is average depends on whether its texture is uniform or not, it is also related to its roundness, and the roundness is related to the number of balance arm. Common two-arm, three-arm or four-arm. That is to say, the more the arm of the balance wheel, the closer the balance wheel it is to the theoretical true circle, the more stable it will be, and the more accurate it will be.



