Lubrizol 7067c ((top)) Link

Lubrizol 7067C falls under the (Propylene-Ethylene Copolymers). It is structurally engineered as a non-dispersant polyolefin copolymer with a balanced, random distribution of ethylene and propylene units.

: This additive is valued for its high thickening efficiency, which allows manufacturers to achieve desired viscosity grades using relatively low treat levels. lubrizol 7067c

Optimizing Fluid Mechanics: An In-Depth Guide to Lubrizol 7067C Viscosity Modifier Optimizing Fluid Mechanics: An In-Depth Guide to Lubrizol

Lubricants within an internal combustion engine face severe mechanical shear stress between pistons, cylinder walls, and timing gears. Lubrizol 7067C balances thickening power with shear resistance, preventing permanent polymer degradation. This ensures , meaning an oil formulated as a 5W-30 will not permanently shear down into a lower viscosity grade over its service life. Exceptional Low-Temperature Rheology ensuring a stable

As the industry moves toward "Green Chemistry" and lower carbon footprints, standard EP additives face scrutiny. Lubrizol has invested in making 7067C more sustainable. While the product is not biodegradable, its high thermal stability allows for extended oil drain intervals (2x to 3x normal), reducing overall waste volume.

: It is versatile enough to provide stay-in-grade performance for a wide range of viscosity grades, from SAE 0W-16 to 20W-50 Solubility

The polymer possesses high solubility in both mineral and synthetic base oils, ensuring a stable, homogenous blend.