Millers Oils Motorsport Suspension Fluid 2.5 NT+
The Millers Oils Motorsport Suspension Fluid 2.5 NT+ is a high-performance suspension fluid designed specifically for motorsport applications. It incorporates second-generation NANODRIVE low friction technology, which combines advanced nanoparticles with synthetic base stocks to provide an extremely smooth suspension operation. This technology enhances the protection of components against wear and maximises damper performance.
Key Features and Benefits:
- Smooth Operation: The fluid provides the softest dampening characteristics from the Millers Oils Suspension NT+ range, ensuring a consistently smooth ride.
- Temperature Stability: Superior temperature stability minimises damping force variation, maintaining a predictable response across different conditions.
- Versatility: It is effective in various suspension types, including air, nitrogen, and argon filled systems, making it versatile for different motorsport applications.
- Viscosity Consistency: The fluid maintains its viscosity throughout the temperature range, ensuring reliable and predictable performance.
Specifications:
- Kinematic Viscosity at 100°C: 5.8 cSt
- Kinematic Viscosity at 40°C: 17.2 cSt
- Dynamic Viscosity at -35°C: 138 mPa-s
- Pour Point: Below -60°C
- SAE Rating: 0w20
Safety and Handling:
The product is covered by a Health and Safety Data Sheet (HSDS), which provides detailed information on safe handling, storage, and disposal. It is recommended to consult the HSDS for comprehensive safety guidelines.
OEM Approvals and Compatibility:
While specific OEM approvals are not listed, the Millers Oils Motorsport Suspension Fluid 2.5 NT+ is widely used in various motorsport disciplines due to its high performance and reliability. It is designed to enhance the latest suspension setups, making it suitable for professional racing teams.
Applications:
This fluid is ideal for motorsport applications requiring high performance and smooth suspension operation. It has been tested by various racing teams and is suitable for use in air, nitrogen, and argon filled systems.

