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Group V base oil known as naphthenic compressor oil is created by hydro-treating sweet crude distillates at pressures more than 2500 psi. Naphthenic compressor oil has a low pour point, high solubility, little wax, and little aromatic content.
The superior low-temperature properties of these oils further improve the low-temperature properties of the lubricant formulations.
In addition, naphthenic compressor base oils perform better at low temperatures than paraffinic oils, which makes them suitable for the formulation of hydraulic and automatic transmission fluids. Naphthenic oils respond well to antioxidants and additives due to their strong solvency power.
The global naphthenic compressor oil market accounted for $XX Billion in 2021 and is anticipated to reach $XX Billion by 2030, registering a CAGR of XX% from 2022 to 2030.
Oil for Naphthenic Refrigeration Compressors with High performance naphthenic refrigeration compressor oils of the Gulf Eskimo series were especially created to satisfy the exacting standards of major refrigeration compressor manufacturers.
These lubricants offer outstanding defense against oxidative degradation, rust and corrosion, foaming and entrained air thanks to their formulation of strongly hydrotreated naphthenic base oils.
These oils were created especially for non-hydrofluorocarbon refrigerants including R-11, R-12, R-13B1, R-22, R-113, R-500, R-501, R-502, and R-717 (ammonia – NH3) that are used in refrigeration systems. These oils perform better than those required by ISO 6743-3:2003 L-DRA, L-DRE, and L-DRG and DIN 51503 KAA, KC, and KE.
Benefits & Features include ,Improved heat transmission, oil life, and management of evaporator tube deposits are all benefits of good thermo-oxidative stability, which also increases equipment availability, efficiency, and dependability.
The performance of some refrigeration systems has been documented to be hampered by the presence of additives and pour point depressants. Smooth operation at low operating temperatures is ensured by low pour points and floc points. Improved valve performance and a decreased risk of fires and explosions in the discharge systems are guaranteed by low ash and carbon formation tendency.