TRIAX NANO XP is one of the most advanced lubricating greases ever designed. It is recommended for heavy-duty tasks and for a very wide range of applications, even under the most severe operating conditions.

• Excellent wear protection with zero friction in most operating conditions.
• Operating temperature range from -25° C to 250° C.
• Superior mechanical stability without separation.
• Very long lifespan, surpassing most heavy-duty lubricating greases.
• High water resistance (loss under 1%).
• High melting point (above 330° C).
• Excellent adhesion to metal components under thermal and mechanical pressures.
• Ideal for extreme operating conditions such as agriculture, construction, mining, and industry.
• Superior mobility for proper lubrication of moving parts.
• Excellent stability under high stress.

TRIAX NANO XP is a unique multifunctional lubricating grease, with top performance and almost zero friction, ideal for many applications such as:

• High-speed bearings.
• High-temperature bearings.
• Suspension systems.
• Components exposed to extreme temperatures and loads.

Extreme pressure: One of the highest EP load ratings on the market, with 150%-200% better performance than most other greases. Reduced friction: Excellent wear protection, with wear 50-70% lower than other top lubricating greases.

For very high temperatures: The melting point above 330°C (626°F) makes TRIAX Nano XP a non-flowing grease, ideal for many types of bearings.

Excellent adhesion: Maintains mobility, allowing rapid filling of small gaps and excellent lubrication. Extreme stress stability: Ability to withstand extreme and continuous pressures.

Long-lasting use: Lifespan 300-500% longer than other top greases. Significantly reduces lubricant consumption and the need for repeated lubrication.

Water resistance: Insoluble in water and less than 1% washout. High resistance in wet environments while maintaining texture and adhesion.

Excellent corrosion protection: Fights corrosion even in watery environments and under high humidity conditions during storage.