碳氢清洗机的清洗原理主要基于以下几个方面：

　　The cleaning principle of hydrocarbon cleaning machine is mainly based on the following aspects:

　　加热 ：

　　Heating:

　　碳氢清洗机首先将碳氢溶剂加热至蒸汽状态。这一过程通常在机内完成，通过加热器将溶剂转化为气态，以便于后续的清洗过程。

　　The hydrocarbon cleaning machine first heats the hydrocarbon solvent to a steam state. This process is usually completed inside the machine, converting the solvent into a gaseous state through a heater for subsequent cleaning processes.

　　渗透 ：

　　infiltration:

　　待清洗的物体被放入清洗机中，蒸汽通过物体表面渗透到内部，溶解表面的污垢。由于碳氢溶剂与污垢之间的亲和力较大，这种溶剂能够有效地吸附并带出污垢。

　　The object to be cleaned is placed in the cleaning machine, and steam penetrates through the surface of the object to dissolve the dirt on the surface. Due to the high affinity between hydrocarbon solvents and dirt, this solvent can effectively adsorb and remove dirt.

　　分离 ：

　　Separation:

　　在清洗过程中，通过物理性质差异（如密度、极性等），将污垢和溶剂分离。碳氢溶剂由于其非极性特性，能够更好地溶解油脂和油类污染物，从而实现高效的脱脂效果。

　　During the cleaning process, dirt and solvents are separated by differences in physical properties such as density and polarity. Carbon hydrogen solvents, due to their non-polar properties, can better dissolve oils and oil pollutants, thereby achieving efficient degreasing effects.

　　冷凝 ：

　　Condensation:

　　蒸汽通过冷凝器进行冷凝，形成液体状的碳氢溶剂。这一步骤有助于回收和循环利用溶剂，减少资源浪费和环境污染。

　　Steam is condensed through a condenser to form liquid hydrocarbon solvents. This step helps to recycle and reuse solvents, reducing resource waste and environmental pollution.

　　回收 ：

　　Recycling:

　　冷凝后的溶剂经过分离和回收系统，重新回到清洗机中循环使用。这一过程不仅提高了清洗效率，还降低了清洗成本。

　　The condensed solvent is separated and recovered by the system, and then returned to the cleaning machine for recycling. This process not only improves cleaning efficiency, but also reduces cleaning costs.

　　此外，碳氢清洗机还可以结合超声波技术进行清洗。超声波空化作用会在清洗液中形成微小气泡，气泡破裂时产生的冲击波和高温高压能够进一步强化乳化、溶解作用，从而加速除油过程，提高清洗效果。

　　In addition, the hydrocarbon cleaning machine can also be combined with ultrasonic technology for cleaning. Ultrasonic cavitation can form tiny bubbles in the cleaning solution. The shock wave and high temperature and pressure generated when the bubbles burst can further enhance emulsification and dissolution, thereby accelerating the oil removal process and improving the cleaning effect.

　　在真空环境下进行清洗时，由于气体压力降低，碳氢溶剂的沸点也随之降低，这使得清洗过程可以在更低的温度下进行，从而避免高温对被清洗物品造成损伤，同时提高清洗效率。

　　When cleaning in a vacuum environment, due to the decrease in gas pressure, the boiling point of hydrocarbon solvents also decreases, which allows the cleaning process to be carried out at lower temperatures, thereby avoiding damage to the cleaned items caused by high temperatures and improving cleaning efficiency.

　　本文由碳氢清洗机友情奉献.更多有关的知识请点击:http://www.sinokohl.com真诚的态度.为您提供为全面的服务.更多有关的知识我们将会陆续向大家奉献.敬请期待.

　　This article is a friendly contribution from a hydrocarbon cleaning machine For more information, please click: http://www.sinokohl.com Sincere attitude To provide you with comprehensive services We will gradually contribute more relevant knowledge to everyone Coming soon.