Potassium hydroxide is mainly used in chemical industry and industrial processing. Many people have doubts when they use this substance. Does the different content of this substance have any effect on the use? Let's see.

1.这没什么不同。用90%和95%氢氧化钾中和与脂肪酸中和度不同的原因是肥皂有明显的特点(钾皂或钠皂)，即在水中的溶解度不是很好。当你中和到一定程度时，生成的脂肪酸盐会沉淀包裹一部分脂肪酸，使其无法继续中和。这导致系统的物理状态不同。

It's no different. The reason why neutralization degree of 90% and 95% potassium hydroxide is different from that of fatty acid is that soap has obvious characteristics (potassium soap or sodium soap), that is, its solubility in water is not very good. When you neutralize to a certain extent, the fatty acid salt will precipitate and wrap part of the fatty acid, making it unable to continue neutralization. This results in a different physical state of the system.

2.于氢氧化钾使用的浓度，这是技术加工过程中的一个问题；皂化不达标，也可以理解为缺乏动力，中和、均质无效。粘的话，少用水，当然会稍微粘一点。想加水可以加水。根据自己的需要调整浓度、配方剂量，作用还是脂肪酸钾。另外，这种效果远不如脂肪酸的碳链分布。

2. As for the concentration of potassium hydroxide, it is a problem in the process of technological processing; If saponification is not up to standard, it can also be understood as lack of power, neutralization and homogenization are ineffective. If it's sticky, use less water. Of course, it will be a little sticky. You can add water if you want. Adjust the concentration and dosage according to your own needs, and the effect is still fatty acid potassium. In addition, this effect is far less than the carbon chain distribution of fatty acids.

3.我们在实验室用32%或50%的碱做皂基。我们做了C1618皂膏，用于喷粉，有粘性。

3. We use 32% or 50% alkali as soap base in the laboratory. We made C1618 soap paste for powder spraying. It's sticky.

4.设计好配方，严格按照配方测试，有时根据设备情况进行调整，效果会更好。没有必要拘泥于本质上无法区分的东西。

4. Design a good formula, test it strictly according to the formula, and sometimes adjust it according to the situation of the equipment, the effect will be better. There is no need to stick to what is essentially indistinguishable.

通过本文所解释的内容，我们可以大致了解到不同含量的物质不会影响本氢氧化钾的使用，希望本文所解释的内容能够帮助大家，并在以后的操作和使用中充分发挥产品效果。

Through the content explained in this paper, we can roughly understand that different contents of substances will not affect the use of potassium hydroxide. We hope that the content explained in this paper can help you and give full play to the product effect in the future operation and use.