适用于轴承、微电机、HDD部品、汽车零部件、五金冲压件、压缩机零件等。因采用了真空蒸气清洗+真空干燥系统清洗表面更干净，干燥效果更好；清洗液经脱气后超声效果更强；蒸汽清洗+真空干燥是在真空中进行，空全性能更好；采用了蒸气及干燥蒸气回收，清洗液消耗量小运行成本低。对盲孔叠片零件的清洗效果卓越。
The environment vacuum hydrocarbon cleaning machine is applicable
for bearings,micro motors,HDD parts,auto parts,hardware punching
parts and compressor parts etc.Due to being cleaned by adopting the
vacuum steam and the vacuum dry system,the surface is cleaner,and
better after the cleaning liquid is degassed;it is conducted in vacuum
condition from steam cleaning to vacuum drying,and the safety
performance is better;the steam and drying steam recovery are
adopted,to ensure the consumption quantity of the cleaning liquid to be
small,and the running cost to be low .Its cleaning effect to laminating
parts of the blind hole is wonderful.

产品特点：
清洗液中的气体被脱出后，超声波效果好。
通过真空使液压进入孔状物或紧密结合物，在大气压的作用下使原来不可能清洗的地方也变的可能了。
在真空中溶液沸点下降，蒸发速度加快，附着在工作上的杂质跟溶剂一起挥发、无杂质残留。
采用真空中突沸干燥，使工作表面的液体在沸腾的同时迅速干燥挥发无残迹。
用真空泵将清洗槽跟干燥槽抽出来的碳氢化合物蒸汽，在气液分离槽中被冷却凝结回收，实现减压蒸馏回收，大大提高碳氢使用量，提高
安全性。Features:
After the air in the cleaning liquid is evacuated,the supersonic effect becomes even better.
Ensure that the liquid to enter hole-shaped matters or compact combinations through vacuum,ensure the place which can not be cleaned to become
possible under the function of atmospheric pressure.
In vacuum condition,the boiling point of the solution decreases,evaporation accelerates,the foreign impurities attached on the work pieces volatilizes
together with the solvent,and there are no residual foreign impurities.
It is conducted in vacuum condition from cleaning to drying,the concentration of oxygen is extremely low,safe and reliable.
The bumping drying in vacuum condition is adopted,to ensure theat the liquid on the surfaces of the work pieces can be dried and volatilized and be free
from remnant while being boiled.
Hydrocarbon steam extracted by vacuum pump from the cleaning room or drying room are cooled and condensed for recycling in the gas and liquid
separation tank,in order to realize pressure reduction,distillation and recovery,to greatly improve the carbon-hydrogen consumption,and to improve
the safety.