When utilizing these compressor fluids in ammonia systems, there are no unique maintenance considerations or precautions beyond standard maintenance practices associated with compressor lubrication. They are designed to provide effective lubrication and exhibit compatibility with system components, including seals, gaskets, hoses, and paints. Therefore, users can anticipate consistent and dependable performance in their ammonia refrigeration systems, provided that routine maintenance tasks are performed in accordance with the recommendations of the equipment manufacturer.

These compressor fluids are suitable for a range of compressors, including both reciprocating and rotary screw compressors used in ammonia refrigeration systems. Their formulation is tailored to meet the specific lubrication requirements of ammonia-based systems. Moreover, these compressor fluids can also be employed in gas compressors and vacuum pumps within process systems where ammonia vapors are present. This versatility extends their applicability to diverse scenarios involving ammonia refrigeration and process systems.

Yes, these compressor fluids are fully compatible with conventional mineral oils, simplifying the transition from mineral oil lubricants to these synthetic products. However, it's important to note that excessive concentrations of mineral-based lubricants may diminish the performance of these compressor fluids. Therefore, users should be attentive to maintaining the appropriate concentration when making the switch. Additionally, their compatibility with paints, seals, gaskets, and hoses is similar to that of mineral oils, and there are no special precautions related to compatibility when changing from a mineral oil lubricant.

These synthetic compressor fluids are formulated with a blend of PAO (Polyalphaolefin) and UV (Ultra-Violet) additives, specifically designed for lubricating compressors used in ammonia refrigeration systems. They are engineered to address common challenges associated with ammonia systems, such as high oil consumption and reduced efficiency due to pipe clogging, making them well-suited for such applications.