Mobil DTE PM Excel 150
Mobil DTE PM Excel 150 is a premium multi-functional circulating lubricant developed for demanding paper machine applications, including wet end, press, calender and dry end systems. It is formulated using high-quality base oils and a proprietary advanced additive system to provide maximum protection for gears and bearings operating under severe conditions.
One of the key advantages of Mobil DTE PM Excel 150 is its exceptional anti-wear performance. The formulation provides strong protection across a range of metallurgy types, helping extend component life and improve reliability in high-load, high-speed paper machine environments.
Mobil DTE PM Excel 150 also offers outstanding oxidation and thermal stability. It resists degradation at elevated temperatures, helping reduce sludge and deposit formation while maintaining system cleanliness. This contributes to longer oil and filter life, reduced maintenance downtime and improved overall efficiency.
Another important benefit of Mobil DTE PM Excel 150 is its advanced “keep clean” performance. The oil helps minimise deposits and varnish formation, ensuring clean oil lines and consistent system performance. This supports improved lubrication efficiency and reduced maintenance costs.
Mobil DTE PM Excel 150 also provides excellent rust and corrosion protection, particularly in wet and humid environments. Its strong demulsibility allows rapid water separation, ensuring reliable lubrication even in systems exposed to moisture and contaminants.
Mobil DTE PM Excel 150 is recommended for use in paper machine circulation systems, including equipment from manufacturers such as Voith and Valmet. It is suitable for applications operating across a wide temperature range and where rapid start-up and consistent performance are required.
Physical characteristics include a kinematic viscosity of approximately 145 mm²/s at 40°C and 14.5 mm²/s at 100°C, with a viscosity index of around 96. Mobil DTE PM Excel 150 has a flash point of approximately 264°C and a pour point of approximately −18°C, supporting reliable performance in demanding industrial environments.
