Mobil DTE PM 150
Mobil DTE PM 150 is a premium circulating lubricant specifically engineered for demanding industrial paper machine systems. It is formulated with high-quality base oils and an advanced additive system to provide excellent lubrication performance while protecting system components from wear, rust and corrosion—particularly in wet-end environments where water and contaminants are present.
One of the key advantages of Mobil DTE PM 150 is its outstanding oxidation and thermal stability. The formulation resists degradation at high operating temperatures, helping maintain system cleanliness, reduce deposits and extend oil and filter life. This contributes to improved operational efficiency and reduced maintenance costs.
Mobil DTE PM 150 also provides excellent anti-wear performance. It offers reliable protection for gears and bearings operating under heavy loads, helping extend equipment life and improve reliability in high-speed, high-output paper machines.
Another important benefit of Mobil DTE PM 150 is its superior water separation capability. The oil readily separates from water and maintains its performance characteristics even in wet environments, allowing efficient removal of water and reducing the risk of emulsion formation.
Mobil DTE PM 150 also offers excellent filterability and system cleanliness. It helps keep oil lines and flow control mechanisms free from deposits, ensuring consistent oil flow, improved cooling performance and reduced filter replacement frequency.
Mobil DTE PM 150 is recommended for use in paper machine circulating systems, including lubrication of gears and bearings in both wet and dry end sections. It is suitable for systems operating across a wide temperature range and where quick start-up to production is required.
Physical characteristics include a kinematic viscosity of approximately 150 mm²/s at 40°C and 14.7 mm²/s at 100°C, with a viscosity index of around 95. Mobil DTE PM 150 has a density of approximately 0.888 kg/l at 15.6°C, a flash point of approximately 250°C and a pour point of approximately −6°C, supporting reliable performance in demanding industrial environments.
