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AMSOIL Industrial Synthetic Turbine Hydraulic Oil is engineered for superior performance and long oil life in industrial applications subjected to frequent low-temperature operation. Its high-quality synthetic base oils ensure exceptional fluidity in sub-zero temperatures for increased startup performance, while its ultra-high viscosity index translates into good film thickness and wear protection at operating temperatures. It provides dependable operation throughout a wider temperature range than conventional hydraulic oils.
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Code | Package Size | Unit Of Measure | Product |
---|
Typical Technical Properties*
AMSOIL Industrial Synthetic Turbine Hydraulic Oil
Stock Code |
THB32AA |
---|---|
ISO Viscosity Grade (ASTM D2422) |
32 |
Kinematic Viscosity @ 100ºC, cSt (ASTM D445) |
9.5 |
Kinematic Viscosity @ 40ºC, cSt (ASTM D445) |
33.9 |
Viscosity Index (ASTM D2270) |
282 |
Color |
L0.5 |
Flash Point ºC (ºF) (COC) (ASTM D92) |
162 (324) |
Fire Point ºC (ºF) (COC) (ASTM D92) |
188 (370) |
Pour Point ºC (ºF) (ASTM D97) |
-55 (-67) |
Acid Number (ASTM D664) |
0.28 |
Four-Ball Wear Test, Scar, mm (ASTM D4172) (75ºC, 1200 rpm, 40 kg, 1hr) |
0.45 |
Foam Characteristics, ml (ASTM D892) |
|
Seq. I |
10/0 |
Seq. II |
35/0 |
Seq. III |
15/0 |
Oxidation Stability, Acidity @1000 hours, mg KOH/g (ASTM D943) |
1.96 |
Copper Corrosion @ 100°C, 3 hr (ASTM D130) |
1A |
Dialectric Strength, kV |
41 |
Filtration Test (w/o water) ISO 13357-2 | |
F1 min., % | 96.4 |
F2 min., % | 97.2 |
Filtration Test (w/o water) ISO 13357-1 | |
F1 min., % | 91.8 |
F2 min., % | 82.5 |
Rust Procedure A (ASTM D665A) |
Pass |
Rust Procedure B (ASTM D665B) |
Pass |
Demulsibility (ASTM D1401) |
40-40-0 (15) |
FZG A/8.3/90, Load Stage Fail |
10 |
Vane Pump Wear Modified DIN ENISO 20763 (150˚F) | |
Ring Loss, mg | 37.1 |
Vane Loss, mg | 4.1 |
Vane Pump Wear (ASTM D7043) | |
Ring Loss, mg | 7.9 |
Vane Loss, mg | 2.4 |
Shear Test, 20 hr, KRL % Viscosity Loss |
29.14 |
*Technical properties are general characteristics of the product and not manufacturing specifications. Variations that do not affect product performance should be expected. Product formulations are subject to change without notice. Customers are responsible for determining product suitability for use with their equipment.