Meet the main additives of lubricants by chemical family — sulfonates, salicylates, succinimides and dithiophosphates — and how structure drives function. Read more

How additives serve every oil industry stage — drilling fluids and flow assurance upstream, refinery and fuel chemistry downstream — with the key chemistries. Read more

Viscosity improver polymers work through coil expansion, entanglement, and shear thinning. Understand hydrodynamic volume, molecular weight, and shear stability in lubricants. Read more

A viscosity improver for oil is what makes engine oil multigrade: 5W-30 and 10W-40 pass both cold cranking and hot film tests. Learn how it works and how to dose it. Read more

A viscosity improver for lubricants must match its application: engine oil, gear oil, hydraulic fluid, or ATF. Compare polymer chemistry and SSI needs by oil type here. Read more

Viscosity improver additives come in four chemistries: OCP, PMA, styrene copolymers, and PIB. Compare them by application to choose the right one for engine, ATF, gear, and hydraulic oils. Read more

A viscosity improver additive is the polymer component used to build multigrade oils. Learn how to dose it, calculate treat rates, and blend it without problems. Read more

A VI polymer is a high-molecular-weight polymer that controls lubricant viscosity-temperature behavior. Compare OCP, PIB, and PMA architectures for your formulation. Read more