| 品牌 : | 壳牌 | 型号 : | 18L |
| 类别 : | L-HM | 倾点 : | -27℃ |
| 粘度等级 : | 32 | 40℃运动粘度 : | 68cSt |
| 闪点 : | 240℃ | 比重 : | 0.83 |
| 特性 : | 抗磨液压油 |
Shell Delos S2 MX is a high-quality hydraulic oil consisting of highly viscous index mineral oil and selected additives. De Lux S2 MX is known in the world as the "standard" of hydraulic lubricants.
Recommended Application
Industrial hydraulic systems
Hydraulic system for mobile equipment
Marine hydraulic systems
Performance characteristics
Thermal stability, Dex S2 MX hydraulic oil has strong resistance to deterioration and oil sludge generation, greatly improving the reliability and cleanliness of the system.
Antioxidant properties in the presence of air, water, and copper still maintain Z good antioxidant properties. The results of the Turbine Oil Oxidation Stability Test(TOST) show that the Delex S2 MX has excellent antioxidant properties, low acidity, and low oil sludge. amount, Sludge generation is small, so the use of the Delex S2 MX can extend the oil exchange period and reduce maintenance costs.
Hydrolysis stability In a humid environment, the Dex S2 MX has superior chemical stability, ensuring a long service life and avoiding corrosion and corrosion.
Excellent abrasion-resistant performance High-quality abrasion-resistant additives perform reliable performance in various operating conditions throughout the service life of the oil, including low load and extreme load conditions, excellent abrasion-resistant performance in various piston and blade pump tests, Including the Dutch Dennison T6C(in dry and wet conditions) and the strict Vickers 35 VQ25 test.
The superior filter DELex S2 MX hydraulic oil is suitable for ultra-fine filters and is not affected by pollutants such as water and calcium. The above pollutants are the main cause of the obstruction of ultra-fine filters. Users can use finer filters. Means cleaner hydraulic fluids can be used to extend the equipment's life.
Low friction Dex S2 MX hydraulic oil has high lubrication performance and extremely low friction. Regardless of the high-speed or low-speed operation of the hydraulic system, it can avoid the appearance of sticky problems under harsh operating conditions and achieve precision mechanical control.
Excellent air release and anti-bubble performance carefully selected additives ensure that the air is released quickly and does not produce too much foam. Rapid air release ability can greatly reduce cavitation corrosion and oxidation, and keep the system and hydraulic oil working reliably.
Strong watershed to avoid the formation of oil emulsion, so as to protect the system and pump, to prevent damage