|
|
| |
Synthetic
High Temperatures Oils > |
|
| |
|
|
|
SYNTHETIC
HIGH TEMPERATURE CHAIN LUBRICANT
|
|
GENERAL DESCRIPTION
SF-600 is a high temperature lubricant which
has been specifically formulated with synthetic
base stocks having unusually high temperature
lubricating capability. Careful selection
of additives result in a fluid which resists
high temperature decomposition and prevents
the formation of sludge or carbon normally
produced by petroleum based products. This
results in longer equipment life, less maintenance,
better efficiency, while costly downtime is
significantly reduced.
RECOMMENDED
USAGE
SF-600 is excellent for tenter frame
ovens, ceramics production and glass production.
It is equally recommended for paint curing
ovens, paper manufacturing, plywood production
and can also be used as a bearing lubricant
in high temperature environments.
PROVEN BENEFITS
 |
Excellent high temperature
oxidation resistance. |
 |
Superior thermal stability
for prolonged lubricant life. |
 |
Extremely low volatility/less
lubricant consumption. |
 |
Outstanding anti-wear
properties/reduced chain drag. |
PROPERTIES
| |
TYPICAL
VALUE
|
TEST
METHOD
|
| |
A
|
B
|
|
| Viscosity
CST |
|
|
ASTMD-445
|
| 1000
C |
13
|
16.0
|
|
| 400
C |
180
|
220
|
|
| Pour
Point (0C) |
-28
|
-10
|
ASTMD-97
|
| Flash
Point (0C) |
278
|
278
|
ASTM D-92
|
Specific
Gravity, 60/60 0F
(15.6/15.60C) |
0.965
|
0.965
|
ASTM D-1298
|
|
|
THERMAL
STABILITY OF SELCO SF-600 & A COMETITIVE
SYNTHETIC CHAIN LUBRICANT
|
|
COMPETITIVE
SYNTHETIC CHAIN
LUBRICANT
|
SELCO SF-600
|
| Viscosity increase, 210
0 F.(98.9 0 C), % |
+ 6.40
|
+ 2.59
|
| Wt. Loss, % |
- 4.67
|
- 0.98
|
Test samples maintained
at 300 0 F. (140 0 C.) for 48 hrs.
|
SELCO
THERMOGRAVIMETRIC EVALUATION 1 OF
SF-600 AND A COMPETITIVE SYNTHETIC
CHAIN LUBRICANT
|
|
COMPETITIVE
SYNTHETIC CHAIN
LUBRICANT
|
SELCO SF-600
|
| Temperature, 0C
(0F) @ |
|
|
| 10% sample weight loss |
280 (536)
|
320 (608)
|
| 50% sample weight loss |
325 (617)
|
365 (689)
|
| 90% sample weight loss |
345 (653)
|
385 (725)
|
|
|
|
|
|
|