和空压机油的种类相关：
1、 Related to the type of air compressor oil:
空压机油的品质和补加都是会对积碳的组成产生不一样水平的危害。假定应用矿物质型空压机油，基础油价格中的不饱和脂肪成份更易组成积碳趋向。
The quality and supplementation of air compressor oil can cause varying levels of harm to the composition of carbon deposits. Assuming that mineral type air compressor oil is used, the unsaturated fat component in the base oil price is more likely to form carbon deposition trend.
二、高溫：
2、 High temperature:
高溫是造成润滑脂空气氧化霉变的关键性因素，温度越高，空气氧化的速率越快，组成积碳的概率就越大。
High temperature is a key factor causing air oxidation and mold formation of lubricating grease. The higher the temperature, the faster the rate of air oxidation and the greater the probability of carbon deposition.
三、工作压力：
3、 Work pressure:
气体经空压机缩小后，工作压力扩大，氧气浓度扩大，增加了成品油的空气氧化速率和积碳组成的概率。
After the gas is compressed by the air compressor, the working pressure and oxygen concentration increase, increasing the air oxidation rate and the probability of carbon deposition in the finished oil.
四、金属材料催化反应：
4、 Metal material catalytic reaction:
金属材料有关氧化还原反应具有正催化反应，会加速反映的开展。
Metal materials exhibit positive catalytic reactions related to redox reactions, which accelerate the development of reactions.
之上便是我为大伙儿详细介绍的空压机应用全过程中造成积碳的缘故，期待大伙儿可以有一定的掌握，在应用空压机时要防止之上的状况产生，立即对空压机开展维护保养维护保养。空压机应用全过程中实际操作有误或是发生常见故障时，很有可能会发生起火的状况，下边我就给大伙儿介绍一下空压机起火造成火源的缘故。一、空压机所应用的机油：
Above is my detailed introduction to the causes of carbon deposition during the entire application process of air compressors. I hope everyone can have a certain understanding. When using air compressors, it is necessary to prevent the above conditions from occurring and immediately carry out maintenance and upkeep on the air compressors. During the entire process of using an air compressor, there may be errors in actual operation or common faults, which may lead to a fire. Below, I will introduce to everyone the reasons why an air compressor fires and causes a fire source. 1、 Oil used in the air compressor:
制冷压缩机机油是很关键,机油的开口闪点是不是抵达规定,它的抗氧化性才能是不是合格,机油在受力下持续在更改,在80度和一百度的标准下机油的汽化量都不一样,在一百度的汽化量是80度的10倍。因此制冷压缩机机油的汽化量越大,造成炭积越大。在炭积持续遭受制冷压缩机的温度危害,就持续升温直至造成火源。
Refrigeration compressor oil is crucial in determining whether the opening flash point of the oil meets the requirements and whether its oxidation resistance is qualified. The oil continues to change under stress, and the vaporization rate of the oil varies between 80 degrees and 100 degrees. The vaporization rate at 100 degrees is 10 times that of 80 degrees. Therefore, the greater the vaporization amount of refrigeration compressor oil, the greater the carbon deposition caused