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Working principle

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Dissolve oil stains: Carbon hydrogen cleaning agents, along with most lubricating oils, rust proof oils, and machining oils, are non-polar petroleum fractions. Based on the principle of similar solubility, carbon hydrogen cleaning agents can effectively dissolve mineral oil and other oily substances. Meanwhile, hydrocarbon cleaning agents can reduce the interfacial tension between oil stains and workpiece surfaces, making it easier for oil stains to peel off from the workpiece surface and dissolve into the cleaning agent.

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Ultrasonic assisted: When ultrasonic waves propagate in hydrocarbon solvents, cavitation effect occurs, forming countless tiny bubbles. These bubbles rapidly expand in the negative pressure zone and then rapidly contract in the positive pressure zone until they collapse. The collapse of bubbles instantly releases powerful energy, forming a local high-temperature and high-pressure environment, which can loosen and peel off the dirt on the surface of objects, making them more easily dissolved and carried away by solvents, achieving deep cleaning. The vibration and impact of ultrasound can also enhance the contact and penetration between hydrocarbon cleaning agents and the surface of the workpiece, allowing the cleaning agent to better reach hard to reach areas such as gaps and holes in the workpiece.

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Vacuum technology assistance: In a vacuum state, the gas in the hydrocarbon cleaning agent will be released, thereby avoiding the attenuation of ultrasonic waves. At the same time, the air on the surface and pores of the workpiece can be eliminated, allowing the cleaning agent to completely penetrate every part of the workpiece, achieving better cleaning results in all parts of the workpiece. By utilizing the principle of reducing the boiling point of liquids in a vacuum state, the boiling point of hydrocarbon solvents is greatly reduced by vacuuming a sealed cleaning tank. Simply heating the hydrocarbon cleaning agent to around 80 ¡æ can make it boil, achieving steam cleaning and preventing oil stains dissolved in the cleaning solution from remaining on the surface of the workpiece. In addition, the vacuum cleaning dryer utilizes the vacuum boiling effect to make the cleaning solution on the surface of the workpiece suddenly boil and quickly evaporate, which can reduce the drying time of the workpiece to within a few minutes. The vacuum distillation regeneration device can lower the boiling point of hydrocarbon cleaning agents to 80 ¡æ under high vacuum, continuously pumping the cleaning solution dissolved in oil stains into the distillation device, heating and evaporating it in vacuum, and then condensing it into a cleaning solvent and returning it to the cleaning tank, achieving the regeneration and reuse of hydrocarbon cleaning agents.

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characteristic

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Excellent environmental performance: Compared to some traditional cleaning solvents containing chlorine and fluorine, hydrocarbon solvents are relatively environmentally friendly, with less damage to the atmospheric ozone layer and lower emissions of volatile organic compounds (VOCs), making them more in line with environmental requirements.

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Good cleaning effect: Carbon hydrogen solvents have strong solubility for various types of oil and grease. Combined with the cavitation effect of ultrasound, they can penetrate into the subtle gaps and holes of complex workpieces, achieving thorough cleaning, especially suitable for cleaning precision components.

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High safety: Carbon hydrogen solvents have a relatively high flash point, and under normal usage conditions, the fire risk is lower than some low flash point solvents. Meanwhile, its chemical properties are relatively stable and non corrosive to most metal materials. In addition, some hydrocarbon cleaning machines are equipped with explosion-proof motors, switches, and other devices, as well as using vacuum environments to isolate oxygen, further improving their safety of use.

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Recyclable: Through distillation recovery equipment, hydrocarbon solvents can be reused, reducing cleaning costs and improving resource utilization.

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