Paraffinic process oils are stable, aromatic-free mineral oils with high flash points and excellent color stability; they deliver consistent viscosity and minimal volatility for applications requiring clean performance, such as polymer production, hot-melt adhesives, and transformer oils. Their inert chemistry and thermal resilience support high-temperature operations and ensure product purity.
Shell Catenex T 145 S is a high-viscosity, hydrotreated paraffinic process oil that is virtually colourless, sulphur-free, and odourless, ideal for industrial applications requiring low volatility, excellent thermal stability, and consistent performance.
Shell Catenex T 145 is a highly refined, hydrotreated paraffinic process oil that is virtually colourless, sulphur-free, and stable, engineered for demanding industrial applications requiring high viscosity, thermal consistency, and low volatility.
Shell Catenex T 129 is a hydrotreated, highly refined paraffinic process oil that is colourless, sulphur-free, and odourless, offering superior thermal stability and low volatility for rubber, plastic, adhesive, and general industrial process applications.
Shell Catenex T 121 is a virtually colourless, sulphur-free, highly refined paraffinic process oil offering excellent biodegradability, low volatility, and high stability for demanding industrial and manufacturing applications.
Shell Catenex Oil S 946 is a paraffinic process oil manufactured via solvent extraction, providing consistent performance, light color, and high thermal stability for use as an extender or carrier in industrial process formulations.
Shell Catenex S 579 (H) is a paraffinic process oil refined via solvent extraction, offering high viscosity, thermal stability, and consistent formulation properties for use as a general-purpose extender or carrier fluid.
Shell Catenex Oil S 925 is a high-quality paraffinic process oil designed for general-purpose industrial applications, offering excellent stability, light color, and low aromatic content for reliable formulation performance.