The rust inhibitors and anti-oxidation additives incorporated into this synthetic fluid play vital roles in enhancing the performance and safeguarding the integrity of compressor or vacuum pump equipment. Here's how they contribute: 1. Rust Inhibitors: Rust inhibitors are compounds that prevent the formation of rust or corrosion on metal surfaces within the equipment. In the context of this synthetic fluid, rust inhibitors help protect the internal components of the compressor or vacuum pump system from the detrimental effects of rust and corrosion. By forming a protective barrier on metal surfaces, these inhibitors ensure that the equipment remains free from rust-related damage, thereby extending its operational lifespan and reliability. 2. Anti-Oxidation Additives: Anti-oxidation additives are chemicals that mitigate the process of oxidation, which can lead to oil degradation and the generation of harmful byproducts. In the presence of these additives, the synthetic fluid becomes more resistant to oxidation, ensuring that it maintains its effectiveness and cleanliness over an extended period. This resistance to oxidation helps preserve the overall performance of the compressor or vacuum pump system, as it prevents the buildup of sludge and deposits that can impede operation and lead to equipment malfunctions. In summary, the rust inhibitors and anti-oxidation additives in this synthetic fluid act as protective agents, shielding the equipment from rust and preventing oil degradation, ultimately contributing to the equipment's reliability and longevity.

This synthetic fluid can serve as a temporary compressor or vacuum pump fluid for a duration of up to 300 hours. Its suitability for temporary use is primarily attributed to its fast-acting cleaning properties and its ability to effectively dissolve and remove deposits, varnish, and sludge from the system. During this temporary use, the synthetic fluid continuously circulates through the compressor or vacuum pump system, providing a thorough and efficient cleaning process. It operates effectively under standard pressures and temperatures, ensuring that it cleans the entire system comprehensively. The synthetic fluid's capacity to serve as a temporary fluid is particularly valuable during maintenance procedures, fluid transitions, or when addressing contamination issues within the system. While it may not be a long-term operating fluid, its cleaning prowess makes it an indispensable tool for restoring system cleanliness and facilitating the transition to a new fluid or the removal of contaminants that may hinder performance. In summary, the synthetic fluid's ability to act as a temporary fluid for up to 300 hours is grounded in its efficient cleaning capabilities and its role in preparing the system for continued, optimized operation.

The cleaning procedure using this synthetic fluid involves a series of carefully executed steps to ensure thorough and effective cleaning of the compressor or vacuum pump system. Here is the recommended procedure: For Routine Cleaning: 1. Begin by adding the synthetic fluid directly to the existing oil within the system. The concentration of the synthetic fluid should be determined based on the level of pollution within the system and the intended circulation time. Generally, a concentration between 10% and 20% is suitable. 2. Allow the system to run with the synthetic fluid for a duration of 100 to 150 hours. This extended circulation period ensures that the cleaning action takes place comprehensively. 3. After the circulation period, drain the oil from the system while it is still hot. 4. Refill the system with the new compressor or vacuum pump fluid. For Fluid Conversion or Change: 1. To transition from one fluid to another, start by draining the existing fluid completely from the system. 2. Fill the system with 100% of this synthetic fluid (COMP-PLUS Clean). 3. Run the system with the synthetic fluid for a total of 40 hours. During this time, ensure that the fluid circulates effectively. 4. After 40 hours, change the filters within the system. 5. Drain the synthetic cleaner while the system and oil are hot. 6. Next, fill the system with Airtop Clean and circulate it for another 40 hours. 7. Drain the Airtop Clean and fill the system with 50% of the new compressor or vacuum pump fluid. 8. Circulate this mixture for 2 hours. 9. Finally, drain the oil from the system while it is hot and refill it with the new fluid. Following this comprehensive procedure ensures that the compressor or vacuum pump system is thoroughly cleaned and ready for optimal performance, whether for routine maintenance or when transitioning to a different fluid type.

This synthetic fluid is a crucial component in the maintenance and optimization of compressor or vacuum pump systems. Its primary function is to act as a cleaning agent that effectively eliminates deposits, varnish, and sludge that may accumulate within the system. Over time, compressor and vacuum pump systems can develop these undesirable contaminants, which can impede performance, reduce efficiency, and potentially lead to equipment malfunction. The synthetic fluid's role is to dissolve and dislodge these deposits, making them easier to remove. This cleansing action is especially valuable when transitioning from different types of fluids within the system, such as switching from mineral oils or PAO to PAG-based fluids. In such cases, the synthetic fluid aids in the transition process by ensuring that residual contaminants from the previous fluid are thoroughly cleaned out, preventing any adverse interactions or performance issues. The synthetic fluid is designed to work continuously as it circulates through the system under standard pressures and temperatures, ensuring a comprehensive cleaning process. It further enhances its utility by including rust inhibitors and anti-oxidation additives, which help protect the equipment and maintain its performance. In summary, this synthetic fluid is a vital maintenance tool for compressor and vacuum pump systems, effectively cleaning and preparing the system for optimal operation, especially during fluid transitions or when contaminants have accumulated over time.