The aim of this work is to study the flow behavior of white Vaseline "which is used in pharmaceutical industry and Cosmetics" in statical state. The study was carried out on the white vaseline in the molten state under the effect of temperture, shear stress (τ), and shear rate (γ) by using capillary viscometer, then the corrections have been done to expermintal data. It was found from the obtained results that, real viscosity decreased with increasing real shear rate (γc). Also it was found that the vaseline is a pseudoplastic material (n<1). For determining viscous activation energy at constant shear rtae (Eγ) and shear stress (Eτ), the relationship between real viscosity (ηc) and (1/T) was studied. It was found that the viscous activation energy decreased with increasing the shear rate and shear stress, where the value of viscous activation energy reflectes the temperature–sensitivity of real viscosity. Elastic properties for vaseline were studied by determining the die swell ratio (B) (Barus effet), and it was found that (B) increased with increasing shear stress, but it decreased with increasing L/R ratio, while the temperature do not have any effect on (B). The time residence (tr) of vaseline in the die was deterimined and studied the relationship between (B) and (tr). Note: vaseline does not carry any kind of bacteria, because it is unsuitable medium for their growth.