Technical Resources for
Precision Lubrication

The ideal grease depends heavily on the operating conditions. For standard applications, a lithium-soap grease with mineral oil (viscosity around 100 cSt at 40°C) is common. However, for high-speed motion, low-dust environments, or short-stroke repetitive movements, specialized greases (like urea-thickened or low-viscosity synthetic oils) are required.

Generally, no. Mixing different thickener types (like lithium and urea) can cause structural incompatibility. This often leads to severe softening of the grease, excessive oil separation, and ultimately lubrication failure. Always purge the old grease or consult compatibility charts before changing.

Fretting wear typically occurs in short-stroke or micro-oscillation applications where the rolling elements do not make a full revolution. The lubricant is squeezed out of the contact zone, and micro-welding/oxidation occurs between the metal surfaces, often appearing as reddish-brown dust. Specialized greases with specific channeling properties and additives are needed to mitigate this.

Not necessarily. A Technical Data Sheet (TDS) provides typical physical properties (like penetration and dropping point) based on standardized static tests. It does not reveal the exact additive package, the manufacturing process, or how the grease behaves dynamically in a specific machine component over time. Machine-level testing is often required for critical replacements.