-
Thinks out loud
Engine compartment fluid flashpoints
MATERIAL SAFETY DATA SHEET INFORMATION FOR TYPICAL ENGINE COMPARTMENT FLUIDS |
FLUID TESTED |
MSDS SOURCE(S) |
FLASHPOINT (ASTM METHOD) see note 1 |
AUTO-IGNITION TEMPERATURE |
PERCENT FLAMMABILITY LIMITS see note 2 |
#2 DIESEL FUEL |
TESORO PETROLEUM CONOCO PHILLIPS |
100-199°F
38-93°C
(D56) |
350-625°F
177-329°C |
0.3-10.0 |
UNLEADED GASOLINE |
TESORO PETROLEUM CONOCO PHILLIPS |
-45°F
-43°C
(D56) |
495-833°F
257-444°C |
1.3-7.6 |
AUTOMATIC TRANSMISSION FLUID |
CITGO |
302-383°F
150-195°C
(D93) |
410-417°F
260-371°C
SEE NOTE 3 |
1-7 |
MOTOR OIL (conventional) |
EXXON MOBILE |
428°F
220°C
(D92) |
500-700°F
260-371°C
see note 3 |
0.9-7.0 |
MOTOR OIL (synthetic) |
EXXON MOBILE |
428°F
220°C
(D92) |
500-700°F
260-371°C
see note 3 |
0.9-7.0 |
BRAKE FLUID |
ASHLAND (VALVOLINE) |
>250°F
/121°C
(D93) |
>419°F
/215°C |
NO DATA |
POWER STEERING FLUID |
SHELL EXXON MOBILE |
345°F
174°C
(D92) |
500-700°F
260-371°C
see note 4 |
0.9-7.0 |
COOLANT (ethylene glycol) |
OLD WORLD INDUSTRIES (PEAK) |
247°F
119°C
(D3278) |
748°F
398°C |
3.2-15.3 |
COOLANT-DexCool (ethylene glycol) |
TEXACO |
260°F
127°C
(D93) |
752°F
400°C |
3.2-15.3 |
COOLANT (propylene glycol) see note 5 |
SHAMROCK CHICAGO (PRESTONE) |
230°F
110°C
(D1310) |
700°F
370°C |
2.4-17.4 |
R134a REFRIGERANT |
DUPONT |
NONE |
>1350°F
/743°C |
NONE |
COMPRESSOR OIL (PAG) |
TECHNICAL CHEMICAL (CASTROL) |
482-500°F
250-26°C
(D92) |
NO DATA |
NO DATA |
COMPRESSOR OIL (ESTER) |
TECHNICAL CHEMICAL (CASTROL) |
>450°F
/232°C
(D92) |
NO DATA |
NO DATA |
WINDSHIELD WASHER FLUID (methanol) see note 5 |
PITT PENN OIL CO. |
108°F
42°C
(D56) |
730-878°F
388-470°C |
6-36 |
NOTES: |
1. Refers to the laboratory test method used to determine the flash point. |
2. Flammability limits are related to the initial temperature of the fuel, higher temperatures result in wider flammability limits. |
3. NFPA 921, Guide for Fire and Explosion Investigations, 2004 Edition. |
4. Kirk's Fire Investigation, 5th Edition 2002. |
5. NOT TESTED. Data provided for comparison purposes. |
TEST RESULTS
The first fluid tested was brake fluid, specifically DOT 3, used in both ABS and non-ABS systems. Spraying the brake fluid on the tubing heated to 1,000°F caused instant flame.
Worth the read and is complete with pictures from each fluid tested.
http://garrett-engineers.com/index.p...d=79&Itemid=82
Last edited by Jeriatric; 06-30-2013 at 08:29 AM.
Identify what you have control over and find peace with what you don't.
-
Registered Users
Hot Wheels loves to ROCK!
-
Very Active Member
-
Very Active Member
-
Interesting read... thank Jerbear!
-
One thing to remember is that the flashpoint refers to the temperature necessary to create enough vapor to allow ignition in the presence of a spark. The auto-ignition temperature is the temperature at which the substance will ignite without a spark being present. That being said, virtually any of the fluids present in the Spyder will ignite if dripped on the header pipe or catalytic converter.
-
Registered Users
Hm. My brake fluid completely coated the exhaust elbow heading towards the muffler... When I lasered that pipe it came up at ~450F, just above the auto-ignition point of brake fluid.
Got lucky?
Scary stuff.
tHe SmOkEr YoU dRiNk ThE pLaYeR yOu GeT!
-
Thinks out loud
Identify what you have control over and find peace with what you don't.
-
Very Active Member
-
Very Active Member
Originally Posted by Buttsy
So, it wasn't just me...................
2018 F3 S, BRP SS Grill, Spoiler, Attitude Bars, #1 linkage kit, Chopped R Fender, TBR S1R slip On exhaust, Elka Stage 2 R Shock, Shad saddlebags
-
Thank you so much for the good tech information. I agree with any fluid drip on the top of the exhaust pipe will cause a potential fire. Lets keep a eye on our Spyders and make sure they are clean and dry.
2012 Spyder RT SE5 Brake pedal mod
Posting Permissions
- You may not post new threads
- You may not post replies
- You may not post attachments
- You may not edit your posts
-
Forum Rules
|