FiveM & GTAV Mods Development Team
The polymer design minimizes interaction with paraffinic wax structures in base oils. This yields low Cold Cranking Simulator (CCS) and mini-rotary viscometer (MRV) metrics. It avoids the low-temperature gelation common with low-grade polymers. 4. EcoAssurant Pre-Approval
In the world of automotive and industrial lubricants, maintaining the right consistency across extreme temperatures is a constant engineering challenge. is a high-performance viscosity modifier (VM) polymer designed to tackle this exact problem. This specialized additive belongs to the Lubrizol 7060 Series , a family of olefin copolymer (OCP) viscosity modifiers used globally to formulate engine oils that stay stable under stress. What is Lubrizol 7067C? lubrizol 7067c
Demonstrates superior low-temperature fluidity. The polymer design minimizes interaction with paraffinic wax
As emission standards and original equipment manufacturer (OEM) hardware demands tighten, formulation chemistry must go beyond basic thickness control. This article explores the technical attributes, solubilization mechanics, and multi-grade applications of LUBRIZOL® 7067C. 1. Technical Properties and Chemical Profile This specialized additive belongs to the Lubrizol 7060
Lubrizol 7067C offers several critical performance advantages for lubricant formulators: 1. Exceptional Shear Stability
Lubrizol 7067C is formulated to be compatible with other additive components, such as detergents (e.g., phenates, sulfonates), anti-wear agents (ZDDP), and antioxidants. It is also compatible with various base stocks (Group I, II, III, and synthetic PAOs).
Retains a high percentage of its original thickening power after undergoing rigorous injector nozzle shear tests. Conclusion