P-AUT U14 Fluorinated Oil for Automotive NVH Reduction UV Dye Lubricant for Inspection

- Product Type: Fluorinated Oil
- Base Oil Viscosity: 50 cSt at 40°C
- Density: 1.9 g/mL
- Volatility: 2.1% after 24 hours at 100°C
- Service Temperature Range: -36°C to 204°C (-33°F to 400°F)

- Type: Fluorinated oil, NVH reduction lubricant, PFPE oil, UV dye lubricant, automotive oil.

- Superior NVH Management: P-AUT U14 effectively mitigates noise, vibration, and harshness (NVH) concerns related to high friction and wear in automotive applications, delivering a quieter, more agreeable cabin environment.
- Favorable Surface Wetting: P-AUT U14 exhibits exceptional wetting properties, enabling complete surface coverage, diminishing stick-slip and noise events, and assisting in the preservation of seals and weatherstripping, thereby prolonging their operational life.
- Incorporates UV-Activated Dye: P-AUT U14 contains an ultraviolet (UV) activated dye, which facilitates the rapid confirmation of lubricant coverage during quality control procedures, simplifying observation and inspection.
- High Chemical Inertness: The perfluoropolyether (PFPE) base oil imparts a high degree of chemical inertness, rendering it non-reactive with the majority of chemicals and resistant to attack from acids, bases, solvents, and other corrosives, allowing utilization in aggressive chemical settings.
- Excellent Water Resistance: P-AUT U14 displays robust water resistance characteristics, resisting washout and maintaining effective lubrication performance in moist or water-contacting conditions.

- Automotive Sector: Applicable to diverse automotive components, such as body seals, sunroof weatherstrips, and the like, efficiently diminishing noise and friction during operation, thus enhancing overall vehicle comfort and sealing integrity.
- Industrial Sector: Well-suited for industrial machinery demanding rigorous NVH attenuation, including bearings, gears, seals, and similar items. It can minimize noise and vibration while ensuring correct machinery function, extending service intervals.