

Sinopec Extreme Pressure Gas Turbine Oil TGF-(M) 32
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Sinopec TGF (M) 32 Extreme Pressure Gas Turbine Oil is formulated with high-quality hydrogenated base oils and selected additives. It provides excellent high-temperature oxidation stability, sludge control, and extreme pressure/antiwear performance. This oil is designed to meet Mitsubishi Heavy Industries’ MS04-MA-CL003 specification.
Categories: Sinopec Industrial Oil, Sinopec Oil, Sinopec TGF-(M) 32 Extreme Pressure Gas Turbine Oil, Sinopec Turbine Oil
Tags: Anti-Wear Turbine Oil, Blast furnace gas turbine oil, Corrosion Protection Turbine Oil, High-pressure turbine oil, High-temperature turbine oil, ISO VG 32 turbine oil, Nuclear power plant turbine oil, Sinopec gas turbine oil, Turbine oil from hydrotreated base oil
PRODUCT DETAILS
Sinopec TGF (M) 32 Extreme Pressure Gas Turbine Oil is formulated with high-quality hydrogenated base oils and selected additives. It provides excellent high-temperature oxidation stability, sludge control, and extreme pressure/antiwear performance. This oil is designed to meet Mitsubishi Heavy Industries’ MS04-MA-CL003 specification.
Applications:
Sinopec TGF (M) 32 Extreme Pressure Gas Turbine Oil is suitable for use in:
- High-temperature gas turbines with a gearbox and combined circulation unit.
- Blast furnace-gas firing gas turbines (BFGGT), used in the steel and petrochemical industries.
- Nuclear power generation gas turbines, used in pebble bed modular reactor (PBMR) technology.
Features and Benefits:
- Excellent high-temperature oxidation stability prolongs the life of the oil and increases service intervals.
- Excellent control of sludge, deposits, and varnish prevents servo-valve sticking and blocking, ensuring smooth operation.
- Excellent extreme pressure and antiwear performance protects gears and bearings from wear, extending gearbox life and reducing maintenance costs.
- Good air release properties protect against air entrainment, ensure optimum oil film thickness, and protect equipment components from cavitation.
- Good antifoaming properties avoid the build-up of foam and reduce oil leakage from the system.
- Good water separation properties ensure that oil/water emulsions are not formed, meeting the requirements of combined circulation gas turbines.
- Excellent anti-rust and corrosion prevention properties protect equipment from rusting and corrosion, and extend equipment life.
Typical Properties and Specifications:
| Property | 32 |
|---|---|
| ISO viscosity grade | 32 |
| Kinematic Viscosity of Base Oil, ASTM D 445 | – |
| cSt @ 40℃ | 31.2 |
| cSt @ 100℃ | 5.393 |
| Viscosity Index of Base Oil, ASTM D 2270 | 107 |
| Air Release at 50℃, min, ASTM D 3427 | 1.7 |
| Foaming Characteristics, Sequences 1, 2, and 3, ASTM D 892 | 10/0 |
| Demulsibility @ 54℃, Time to 3 ml Emulsion, min, ASTM D 1401 | 5 |
| Neutralisation Number, mg KOH/g, ASTM D 974 | 0.12 |
| Oxidation Stability, Time to 2 mg KOH/g, hours, ASTM D 943 | >10,000 |
| Oxidation Stability, RPVOT @ 150℃, min, ASTM D 2772 | >1,000 |
| FZG Test (A/8.3/90), Pass Load Stage | 11 |
| Rust Prevention, ASTM D 665 | – |
| Distilled Water | Pass |
| Synthetic Sea Water | Pass |
| Copper Corrosion, 3 hours @ 100℃, ASTM D 130 | 1b |
| Pour Point, ℃, ASTM D 97 | -12 |
| Flash Point (COC), ℃, ASTM D 92 | 220 |
| Density @ 15℃, kg/l, ASTM D 4052 | 0.8564 |