Carlube Autolube Semi Fluid Grease Lubricant - 00Ep

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Carlube Autolube 00EP is designed for professional mechanics and fleet managers working with specialized automatic lubrication systems in heavy machinery such as excavators and trucks. Its primary benefit is superior pumpability through narrow distribution pipes, ensuring critical components receive consistent lubrication where traditional thicker greases fail. A key caveat is that this is a semi-fluid NLGI 00 grade lubricant, so it is not a direct replacement for standard thick chassis greases and should only be used in systems specifically compatible with semi-fluid applications.
| Model Part Number | 00Ep |
|---|---|
| Brand | Carlube |
No. This product is formulated for automatic lubrication systems and specific gearboxes; it lacks the consistency required for high-speed automotive wheel bearings.
NLGI grade refers to the consistency of the grease. 00 is a semi-fluid grade, meaning it is much softer and more pumpable than the standard NLGI 2 grease used in common grease guns.
Generally, yes, but it is best practice to purge your lines to ensure maximum performance and avoid any potential additive conflicts.
Yes, because of its semi-fluid nature, it is thicker than oil and is specifically used to minimize leakage in gearboxes that are not perfectly oil-tight.
Yes, the 'EP' in the product name stands for Extreme Pressure, meaning it contains additives specifically designed to protect components under heavy loads.
Verify that the seal integrity meets the requirements for a semi-fluid lubricant; if seals are severely worn, they may require replacement regardless of the lubricant used.
Check the central pump pressure settings. While 00EP has high pumpability, improper pump timing or pressure will result in uneven distribution.
Before switching to Carlube Autolube 00EP, ensure your automatic lubrication pump is calibrated for an NLGI 00 grade lubricant. Using this in a system designed for a high-viscosity NLGI 2 grease may cause the pump to over-deliver or cause excessive leakage at connection points.