Shell Corena S3 R 32

A robust reciprocating air compressor oil (ISO VG 32) providing extended service life and protection against wear, sludge, and deposit formation.

Shell Corena S3 R 46

A high-performance reciprocating air compressor oil (ISO VG 46) designed to reduce carbon buildup and protect critical components under heavy loads.

Shell Corena S3 R 68

A premium reciprocating compressor oil (ISO VG 68) delivering excellent deposit control, oxidation resistance, and extended maintenance intervals.

Shell Corena S4 R 68

A fully synthetic reciprocating compressor oil (ISO VG 68) providing superior high-temperature stability and extended drain capability.

Shell Omala S2 GX 150

A mineral industrial gear oil (ISO VG 150) providing reliable protection and load-carrying capacity for enclosed gear systems.

Shell Omala S2 GX 220

A high-performance mineral gear oil (ISO VG 220) delivering strong film strength, oxidation control, and extended gear life under moderate to severe conditions.

Shell Omala S2 GX 320

A robust mineral-based gear lubricant (ISO VG 320) designed to handle heavy loads, high temperatures, and shock-loading conditions.

Shell Omala S2 GX 460

A heavy-duty mineral gear oil (ISO VG 460) offering enhanced EP protection and thermal stability for slow-speed, high-load gearboxes.

Shell Omala S4 GXV 220

A fully synthetic gear oil (ISO VG 220) delivering superior load-carrying capacity, oxidation resistance, and extended drain capability.

Shell Omala S4 GXV 320

A fully synthetic, high-performance gear oil (ISO VG 320) providing excellent thermal stability, extended service life, and robust protection under severe operating conditions.

Shell Omala S4 WE 220 (20L)

A PAG-based synthetic gear oil (ISO VG 220) specifically designed for worm gears and high-sliding applications, offering excellent friction control and energy savings.

Shell Refrigeration Oil S2 FR-A 68

A dedicated refrigeration compressor oil (ISO VG 68) formulated for ammonia and certain HCFC refrigerants, ensuring efficient cooling and reduced deposit formation.