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Calculate the viscosity of oil blends or the mixing ratio of base oils to reach a desired viscosity. Enter the viscosity and percentage of each base oil and the temperature for the measurements.
Find out how to mix different viscosities of oil to obtain a specific viscosity for your engine. Use the online calculators to enter the oil types, percentages and temperatures and get the results instantly.
Calculate the blend viscosity of two known oils. The calculator on this site is for informative purposes only and we make no claims as to the accuracy, completeness or fitness for any particular purpose of the results produced by our calculators.
Calculate the Viscosity Blending Index (VBI) for two or more liquids with the Refutas Equation Calculator. Simply input the viscosity values and get the VBI using the provided formula. Optimize your liquid blending processes.
The Refutas Equation is a method used to estimate the Viscosity Blending Index (VBI) of a mixture of two or more liquids. This index helps in understanding how the viscosity of a blend changes relative to the viscosities of its components.
If the desired viscosity is unknown, you may be able to determine the viscosity needed by using this formulation: ={Log X(VX)-Log(VB)}/{Log(VA)-Log(VB)} VX=Mixing viscosity of purpose
Calculate the viscosity index and kinematic viscosity of a formulation using the KV40 and KV100 values. Evonik Oil Additives offers blending tools for various applications and products.
This calculator is designed for blending two liquid hydrocarbons, and will assist you to develop the optimal blend ratio and specification for your application. It will calculate the blend ratio (volume or mass) required to achieve target blend density, viscosity or sulphur parameters based on component specifications. ...read more
FermCalc offers a blending calculator that determines the resulting property and volume of a blend of two liquids given the properties and volumes of the liquids being blended. It can also calculate the volumes of the two liquids required to achieve desired values of the blend’s property and volume.
This tool is designed to help you calculate viscosity blends for your formulations. Simply enter the values in centipose for both the higher and lower viscosity fluids. The result will be a viscosity blend of equal parts high and low viscosity fluids.