I believe VG110 would be an unusual grade. Typically, when referencing an ISO 3448 grade, the value for the nominal kinematic viscosity (in mm2/s) is given, so the minimum kinematic viscosity is 100 mm2/s. 1 cst = 1 mm2/sPatrick Jago said:Would I be right in thinking that VG 110 oil would be equal to 100cSt ... is it a straight swap or is there any formula. I'm trying to determine the dynamic viscosity
Tribology Engineering is the study of interacting surfaces in relative motion and the principles of friction, wear, and lubrication.
VG 110 Oil is a type of industrial lubricant that is designed to have a specific viscosity grade of 110. It is used in machinery and equipment to reduce friction and wear between moving parts.
100cSt Viscosity is a measurement of the viscosity, or thickness, of a fluid. It is commonly used to describe the thickness of industrial oils and lubricants, with higher numbers indicating a thicker viscosity.
VG 110 Oil and 100cSt Viscosity are related but not interchangeable terms. VG 110 Oil refers to a specific type of oil with a viscosity grade of 110, while 100cSt Viscosity is a measurement of the thickness of the oil. It is possible for a different type of oil, such as VG 100, to have a viscosity of 100cSt.
The answer to this question depends on the specific application and machinery being used. In general, a higher viscosity oil, like VG 110, may be better for heavier loads and high temperatures, while a lower viscosity oil, like 100cSt, may be better for lighter loads and lower temperatures. It is important to consult with a tribology engineer to determine the best lubricant for a particular situation.