氫氧化鉀通常被稱為苛性鉀，其分子式為KOH。通常為白色固體或白色粉末，溶于水和乙醇，熔點380℃，沸點1324℃，相對密度2.04g/cm3，折射率n20/D1.421，蒸氣壓1mmHg（719℃）。容易吸收空氣中的水分和潮氣。可與二氧化碳反應生成碳酸鉀。那你知道氫氧化鉀在玻璃中的應用是怎么樣的嗎？

Potassium hydroxide is usually called caustic potassium, and its molecular formula is KOH. Usually white solid or white powder, soluble in water and ethanol, melting point 380 ℃, boiling point 1324 ℃, relative density 2.04g/cm3, refractive index n20/D1.421, vapor pressure 1mmHg (719 ℃). It is easy to absorb moisture and moisture in the air. It can react with carbon dioxide to produce potassium carbonate. Do you know the application of potassium hydroxide in glass?

1、很多玻璃器皿所使用的玻璃量往往比較大，這也是因為這類玻璃對工藝要求比較高，所以一般需要添加適當的劑量才能使效果更好。

1. The amount of glass used in many glassware is often large, which is also because this kind of glass has high technological requirements, so it is generally necessary to add an appropriate dose to make the effect better.

2、很多醫療或實驗室是用玻璃瓶的頻率非常高,而且某些類型的盛放何時使用通常的化學物質,并使用氫氧化鉀玻璃使用的時間用來存儲一些其他的產品也可以。

2. Many medical or laboratory use glass bottles with a high frequency, and it is also possible to store some other products with potassium hydroxide glass for some types of containers when to use the usual chemical substances.

3、現在很多家庭在使用玻璃的時候都是很多會在上面刻一些花紋和其他花紋的，所以在加工的時候需要在適當的量上添加用量。

3. Nowadays, many families will carve some patterns and other patterns on the glass when they use it, so it is necessary to add the appropriate amount when processing.

4、很多光學玻璃，比如鏡面和透視鏡在使用時的效果都比較好。

4. Many optical glasses, such as mirrors and perspective glasses, have good effects when used.

上面描述的是氫氧化鉀在玻璃的應用,使用時間是一個很好的方法來提高玻璃的各個方面的性能,但由于使用不同的玻璃在這個過程也不同,所以我們在使用也需要根據實際情況選擇添加劑量。更多相關產品信息就來我們網站http://m.yiqijieneng.cn咨詢吧！

The above description is about the application of potassium hydroxide in glass. The use time is a good way to improve the performance of glass in all aspects. However, since different glasses are used in different processes, we also need to choose the dosage according to the actual situation. Come to our website for more relevant product information http://m.yiqijieneng.cn Ask!