Lubrizol 7067c __hot__ -
Lubrizol 7067C: The Engine Behind Modern High-Performance Lubricants
provides the rheological stability necessary to prevent engine wear. Its high shear stability ensures that the oil doesn't thin out prematurely during the drain interval, safeguarding the longevity of the asset. Functional Products Summary of Technical Specifications Product Group Lubrizol Additive Components Commodity Code Compatible Base Oils Mineral and Synthetic SAE Grades Supported 0W-16, 5W-20, 10W-40, 20W-50, etc. Final Thoughts lubrizol 7067c
2. Thermal Stability
Older gear oils would "cook" under high heat, leaving sludge and varnish behind. This additive package is formulated to withstand higher operating temperatures. It keeps differentials running cleaner, longer, even in hot climates or heavy towing scenarios. Final Thoughts 2
Maintaining the perfect viscosity balance is critical for engine longevity and efficiency. Lubrizol 7067C It keeps differentials running cleaner, longer, even in
, Lubrizol 7067C offers slightly higher thickening efficiency (12.4% vs 13.0% for a 1000 cSt target) but may have higher Cold Cranking Simulator (CCS) values at low temperatures (-20°C), which is a critical consideration for winter grade formulations. Functional Products Typical Applications Passenger Car Motor Oils (PCMO): Formulating multigrade engine oils. Heavy-Duty Diesel Oils: Used in conjunction with additive packages like Lubrizol 9331 for commercial vehicles. Hydraulic and Transmission Fluids:
For enclosed gear drives operating at high temperatures, the shear stability of Lubrizol 7067C prevents the oil from downgrading to a lower viscosity grade over time, protecting gear teeth from metal-to-metal contact.
Because it is a PMA-based technology, Lubrizol 7067C exhibits better resistance to thermal breakdown than many hydrocarbon-based polymers. It does not readily form varnish or deposits when exposed to high-temperature hot spots inside a transmission or hydraulic system.