Lubrizol 7067c ((better)) Jun 2026

Designed to satisfy multigrade profiles spanning from ultra-low viscosity SAE 0W-16 up to heavy-duty SAE 20W-50 . 2. Chemical Mechanism: How OCP Polymers Work

Engineered for "stay-in-grade" performance, Lubrizol 7067C offers several critical advantages for lubricant manufacturers: lubrizol 7067c

Represented globally via chemical distribution partners such as IMCD Lubricants & Energy. Core Physical and Chemical Properties Core Physical and Chemical Properties The shredded polymer

The shredded polymer particles are introduced gradually into the vortex of the heated oil to prevent agglomeration or sticking along the vessel floor. is a highly versatile, non-dispersant olefin copolymer (OCP)

It is not the cheapest VII, nor is it ideal for ultra-fuel-efficient passenger car oils. But for keeping an engine or hydraulic system alive under high torque, extended drains, and mechanical shearing forces, it is a proven, reliable workhorse.

is a highly versatile, non-dispersant olefin copolymer (OCP) polymer engineered as a premium viscosity index improver (VII) for global automotive engine oils and industrial lubricants. Developed by The Lubrizol Corporation and distributed globally through official networks like IMCD Group , this specialized chemical additive optimizes fluid behavior across wide temperature extremes.

It effectively disperses oxidation products, preventing the formation of sludge and varnish on critical engine parts like pistons and valve train components.