- Paodugang, Huaikan village,Changxing
Country, Zhengjiang Province, China
- 0086-136 5672 2666
The water vapor that people bring when taking a shower […]
The water vapor that people bring when taking a shower in the bathroom always casts a mist on the mirror, making the mirror useless, and it has to scrub it every time. Therefore, high-quality bathroom mirrors generally have functions such as anti-fog and waterproof, and strong light refraction. This is convenient for people's daily life.
1. Anti-fog function
According to the principle of anti-fog, bathroom mirrors can be divided into coated anti-fog mirrors and electric anti-fog mirrors.
Coated anti-fog mirrors prevent the formation of a fog layer by coating micropores, which is safer but more expensive.
The electric anti-fog mirror is to heat the mirror surface through the electric heating wire or the electric heating film, so as to achieve the anti-fog effect. Electric heating and anti-fog are more primitive, mainly depending on the power supply and the space on the opposite side of the mirror, but it is cheaper.
2. Waterproof function
When choosing a bath mirror, not only should you choose an anti-fog bath mirror, but also pay special attention to the waterproofness of the bath mirror. The general waterproof bath mirror is coated with a special waterproof material on the back. Installing this bath mirror in the bathroom will effectively avoid the occurrence of mold, cracks, or even the entire surface of the mirror off the gap in the gap of the bath mirror For safety issues, please choose carefully. The high-quality electric anti-fog mirror should be integrated with anti-fog, waterproof mirror and safety mirror, even if immersed in water, there will be no leakage. The homeowner must pay attention to the waterproof safety when purchasing. It is better to make it waterproof before buying. Don't just buy cheap or good-looking, and wrongly buy a low-quality, unsafe bathroom mirror.
3. Anti-rust function
With waterproof function, it can block the erosion of bathroom mirrors by mist and water vapor.