JET SE300

Jet SE 300

Synthetic Oil for Aviation Turbine

Description:

Peravia Jet SE 300 is a combination of a highly stable synthetic base fluid and a unique chemical additive package. The combination provides outstanding thermal and oxidative stability to resist deterioration and deposit formation in both the liquid and vapor phases, as well as excellent resistance to foaming.

Main Applications:

Peravia Jet SE 300 is intended for use in the lubrication of aircraft gas turbine and industrial turboprop engines- especially those operating in extreme cold or hot environs. The product is also recommended for use in engines, which require start-up after extended periods of “cold soak” such as aircraft, APU’s and railroad industrial snow removal equipment. Peravia Jet SE 300 may also be used as a control fluid in stationary turbine applications. The effective operating range of Peravia Jet SE 300 is between -54°C and 176°C.

 The product is compatible with all metals used in gas turbine construction, as well as with F rubber (Viton A), H rubber (Buna N), and FVMQ rubber (fluorosilicone).

Caution: Peravia Jet SE 300 contains a synthetic ester oil and should not be used in contact with incompatible seal materials and it also effects some paints and plastics

Specification:

 – MIL-PRF-7808L – Grade 3

 – NATO Code O-148

 – OX-9

 

Advantages:

 

•  Superior flow properties at low start-up temperatures
•  Excellent thermal and oxidative stability
•  Maximum protection from wear and deposits
•  Excellent anti- rust and anti- corrosion properties
•  Lowers oil consumption and losses due to evaporation

Health and Safety:

•  Do not use as medicine or food product.
•  If swallowed, get medical assistance. If medical assistance is not immediately available, induce vomiting.
•  After handling wash thoroughly and immediately with soap and water. Launder oily clothing before reuse.
•  Discard oil-soaked shoes or boots.

Characteristics:

Result	Test Method	Typical  Characteristics
13.10 3.27 10800	ASTM D445	Kinematic Viscosity, cSt @ 40 °C @ 100 °C @ -51 °C after 72 h
935	ASTM D4052	Density @ 15, kg/m3
222	ASTM D92	Flash Point COC, ˚C
-60	ASTM D97	Pour Point, ˚C
0.10	ASTM D664	TAN, mg KOH/g
20/0 20/0 20/0	ASTM D892	Foam               ● Seq. I               ● Seq. II               ● Seq. III
23	ASTM D972	Evaporation Loss, % 6.5 h @ 205°C
29 20 14	FTM-S-791-3432	Rubber Swell H Rubber, 168 h @ 70°C, % F Rubber, 72 h @ 175°C, % FS Rubber, 72 h @ 150°C, %
11 1.2 0.01	ASTM D4636	Thermal Stability and Corrosivity 96 h @ 200°C Viscosity Change @  40 °C, % Acid Number Change, mg KOH/g Steel Weight Change, mg/cm²
6	ASTM D5182    (Modified)	Gear Load-Carrying Capacity Failure Load Stage, rating

Notes: These characteristics are Typical of current production. Variations in these characteristics may occur