OKIRE

牙齿美白机制是一种“氧化还原”反应 Teeth whitening mechanism is an "oxidation-reduction" reaction

是一种将牙釉质中的氧化还原物还原为无色的氧化还原物的过程。 is a process of restoring the colorless oxidation-reduction substances in the tooth enamel.

欧可朗耀牙齿臻亮凝胶能释放高活性的氧分子和水分子，结合纳米美白冷光仪，能形成更多的氧分子。在美白过程中，这些活性氧分子可渗透到牙釉质和牙本质的有机物中。这些活性氧分子不仅能清除牙齿外源性的色素从而改变牙釉质的颜色，还能改变由内源性着色引起的牙本质变色 Okolonya Teeth Brightening Gel can release highly active oxygen molecules and water molecules. When combined with the nano whitening cold light instrument, it can form more oxygen molecules. During the whitening process, these active oxygen molecules can penetrate into the organic matter of enamel and dentin. These active oxygen molecules can not only remove exogenous pigments from teeth and change the color of enamel, but also change the discoloration of dentin caused by endogenous staining.

在美白的初始过程中，深色的碳环复合物被打开，转化为浅色的链式结构。复式连接的碳复合物通常呈黄色，被打开后常转化为无色的羟基组。若此过程持续进行，牙齿就会越来越亮白。 During the initial whitening process, the dark carbon ring complex is opened and converted into a light chain structure. The double-linked carbon complex is usually yellow and is often converted into a colorless hydroxyl group after being opened. If this process continues, the teeth will become brighter and whiter.

这过程达到饱和后，牙齿不会再有变化。 Once this process reaches saturation, the teeth will no longer change.