Innofoam INNOPURE SYNTHETIC OIL


I get this stuff from Innofoam. They use it in high pressure rotary screw air compressors for fire equipment.It is NOT compatible with 134a! It is however GREAT with R12, R22, & R290.

SPECIFICATIONS

 

TYPICAL PROPERTIES
ISO Grade
Specific Gravity
Viscosity 100°F SUS (ASTM D-445)
Viscosity 40°C Cst (ASTM D-445)
Viscosity 100°C Cst (ASTM D-445)
Brookfield Viscosity @ 0°F/-18°C cP
     (ASTM D-2983)
Brookfield Viscosity @ -20°F/-29°C c
      (ASTM D-2983)
Viscosity Index
Flash Point °F/°C (ASTM D-92)
Fire Point °F/°C (ASTM D-92)
Auto Ignition Temp °F/°C
     (ASTM D 2155)
Pour Point °F/°C (ASTM D-97)
Stable Pour Point °F/°C (FTM D-203)
Neutralization Number (ASTM D-974)
Orbach Rotary Bomb Oxidation Test
     minutes (ASTM D-2272)
Foam Test (ASTM D-892)
     Sequence I
     Sequence II
     Sequence III
Air Release (ASTM D-3427)
     Time (min @122°F)
% Evaporation Loss 22 hrs @
     300°F (ASTM D-972)
% Evaporation Loss @ 
     700°F/371.11°C (ASTM D-2889)
Four Ball EP (ASTM D-2783)
     Weld Point, kg
     LWI, kg
Aniline Point °F/°C (ASTM D-611)
Rust Test (ASTM D-665)
     Procedure A (Distilled Water)
     Procedure B (Salt Water)
Four Ball Wear Test (ASTM D-4172)
     (1hr 167°F, 1800 RPM, 40 kg)
     Scar Diameter
     Average Coefficient of Friction
Four Ball Test (ASTM D-4172)
     (1hr 130°F, 1800 RPM, 20 kg)
     Scar Diameter
Falex Continuous Load
     (ASTM D-3233) Failure Load, lbs.
Conradson Carbon Residue
     (ASTM D-189) % Residue
Vickers Pump Wear Test
     (ASTM D-2882)
     Total Wt. Loss, mg
Demulsibility (ASTM D-1401)
     Oil, Water, Emulsion
     Time
Hydrolytic Stability (ASTM D-2619)
     Copper Wt Loss (mg/cm2)
     Acidity of Water
Copper Strip Corrosion (ASTM D-130)
Oxidation Stability Test
     (ASTM D-943) Hrs. to TAN of 2
Sludge Tendencies (ASTM D-4310)
     Total sludging
     Total Copper, mg
     Total Iron, mg
Neutralization Number
Thermal Stability
     (Cincinnati Milicron Method
     168hrs./135°C,
     copper, steel catalyst)
     Sludge (mg/100ml)
     Condition of Copper Rod
     Condition of Iron Rod		 32
.825
149-171.6
29.00-33.50
5.52-6.09
 
460
 
1735
130
455°/235°
529°/276°
 
730°/387.7°
-65°/-53.89°
-44°/-42°
0.4-0.8
 
1140/1320
 
0/0
0/0
0/0
 
0.25
 
0.2
 
2.6
 
250
77.1
265°/129.44°
 
Pass
Pass
 
 
.18
.08
 
 
.27
 
1250
 
.001
 
 
15
 
40-40-0
10
 
0.65
1
1a
 
+8000
 
18
15
0.1
0.2
 
 
 
 
2
1
1		 46
.83
235.2-255.7
46.00-50.00
7.69-8.15
 
910
 
4360
135
460°/237.7°
535°/279.4°
 
750°/398.8°
-65°/-53.89°
-44°/-42°
0.4-0.8
 
1150/1330
 
0/0
0/0
0/0
 
0.25
 
0.2
 
2.6
 
250
77.1
270°/132.22°
 
Pass
Pass
 
 
.18
.08
 
 
.27
 
1250
 
.001
 
 
15
 
40-40-0
10
 
0.65
1
1a
 
+8000
 
18
15
0.1
0.2
 

  
 
2
1
1		 68
.87
350.9-376.6
68.50-73.50
10.38-10.98
 
2435
 
10750
138
495°/257.22°
530°/276.67°
 
750°/398.8°
-65°/53.89°
-44°/-42°
0.4-0.8
 
1150/1330
 
0/0
0/0
0/0
 
0.25
 
0.2
 
2.6
 
250
78.2
270°/132.22°
 
Pass
Pass
 
 
.18
.08
 
 
.27
 
1250
 
.001
 
 
15
 
40-40-0
10
 
0.65
1
1a
 
+8000
 
18
15
0.1
0.2
 
 
 
 
2
1
1		 100
.835
490.9-540.3
95.50-105.00
13.26-14.22
 
----
 
----
138
530°/276.67°
560°/293.33°
 
750°/398.8°
-40°/-40°
----
0.4-0.8
 
1150/1330
 
0/0
0/0
0/0
 
0.25
 
0.2
 
3
 
250
78.2
285°/140.56°
 
Pass
Pass
 
 
.18
.08
 
 
.33
 
1500
 
.005
 
 
15
 
40-40-0
10
 
0.65
1
1a
 
+8000
 
18
15
0.1
0.2
 
 
 
 
2
1
1		 150
.835
748.7-827.2
145.00-160.00
18.17-19.52
 
----
 
----
140
530°/276.67°
560°/293.33°
 
750°/398.8°
-35°/-37.22°
----
0.4-0.8
 
1150/1330
 
0/0
0/0
0/0
 
0.25
 
0.2
 
3.5
 
250
78.2
287°/141.67°
 
Pass
Pass
 
 
.18
.08
 
 
.33
 
1500
 
.005
 
 
15
 
40-40-0
10
 
0.65
1
1
 
+8000
 
18
15
0.1
0.2
 
 
 
 
2
1
1

Here is what the manufacturer says about water and A/C

Since PAO's are non-polar, they absorb less water under high humidity conditions. They also separate condensed water much faster and more completely, thus resulting in the water being removed easily from the system. These properties result in extended bearing life, anti-wear protection and improved rust and corrosion protection.

Excellent Operating Temperature Reduction.

PAO's have better specific heat values (less available heat is absorbed) and better thermal conductivity that conventional air compressor oils. These combined properties help to reduce operating temperatures. Compatibility with all types of seals and coatings. Excellent miscibility and low solubility with refrigerant gases.

The rest of the Stuff...

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