Air compressor is a production equipment widely used in all walks of life, and it is also a high energy consumption equipment. As a widely used power source in the industrial field, compressed air accounts for 10% to 35% of the total energy consumption in industrial production. 96% of the energy consumption of the compressed air system is the electricity consumption of industrial compressors. The annual electricity consumption of my country's industrial compressors accounts for more than 6% of the country's total electricity consumption. The operating cost of an air compressor is composed of procurement cost, maintenance cost and energy operating cost. According to the theory of full life cycle evaluation, the procurement cost only accounts for about 10%, while the energy cost is as high as 77%.

With the increasing use of compressor lubricants, the frequency of its failures is also increasing. Among them, the oxidation of air compressor oil is one of the compressor failures that can be easily identified. Therefore, in order to improve the equipment management level, prevent dust and impurities from entering the air compressor, reduce component wear and prevent the oxidation of lubricating oil, thereby reducing costs, the concept of "modern equipment lubrication" is proposed, and the selection and storage of oil products are refined. , Specific requirements for monitoring.

The management purpose of energy-saving lubrication is to improve equipment efficiency, avoid abnormal shutdowns, reduce equipment failures, reduce maintenance intensity, extend oil change intervals, improve resource utilization, reduce environmental pollution, and ultimately improve the overall benefits of the enterprise.

Compared with ordinary air compressor lubricants, LUXI air compressor oil has 7 major advantages:

1. Air compressor oil has better high temperature resistance than ordinary oil; thermal stability, higher thermal decomposition temperature, flash point and spontaneous ignition point, allowing use at higher temperatures.

2. Synthetic air compressor oil has better viscosity-temperature performance and low-temperature flow performance than mineral oil.

3. Air compressor oil has a higher viscosity index than mineral oil, and the viscosity changes less with temperature. When the viscosity is the same at low temperature, synthetic oil has a lower pour point (or freezing point) than mineral oil and has better low temperature fluidity.

4. Air compressor oil has lower volatility than mineral oil. Synthetic lubricating oil is a pure compound with more stable molecular structure and lower volatility, thus reducing the consumption of lubricating oil.

5. Air compressor oil has better hydrolytic stability than mineral oil, effectively preventing the formation of acidic substances, thereby prolonging the oil change cycle of synthetic lubricants.

6. Synthetic air compressor oil has better resistance than mineral oil, will not produce shear stress, and has better energy efficiency.

7. Air compressor oil has better chemical stability than mineral oil. Therefore, synthetic lubricants are more widely used in national defense and chemical industries.

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