Why do engineers spec Lubrizol 7067C over cheaper alternatives like OCPs (Olefin Copolymers) or styrene-butadiene? The answer lies in four critical advantages.
High-shear mechanical mixing is maintained continuously at processing temperatures for 2 to 3 hours until total solubilization is achieved. lubrizol 7067c
The ranks LUBRIZOL® 7067C as a mid-to-high shear-stable polymer within the OCP family. Viscosity modifiers with lower SSI ratings (e.g., 50 SSI) provide high initial thickening but degrade rapidly under mechanical shear. Why do engineers spec Lubrizol 7067C over cheaper
: It dissolves easily in both mineral and synthetic base oils, making it a flexible choice for various base stock types. Stay-in-Grade Reliability The ranks LUBRIZOL® 7067C as a mid-to-high shear-stable
Formulating multigrade oils that require high shear stability, such as 5W-30 or 10W-40.
It is important to distinguish between the and fluids containing the additive . Many lubricant blenders will advertise that their oil is "Formulated with Lubrizol 7067C." Here is how it stacks up: