Technical Advantages
A liquid's resistance to flowing is called its viscosity. The viscosity of
a lubricant determines it's film thickness during operation. The more viscous
the lubricant, the greater its ability to prevent metal-to-metal contact of
the teeth.
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Most lubricant manufacturers use a low-viscosity
base and therefore must add friction modifiers in an effort to increase film
thickness during operation. Friction modifiers aid during start-up prior to
establishing the operating film thickness, but do nothing to increase the
viscosity of the lubricant during operation. Falk's GMax 9000 & 9000LT are
formulated with both a high-viscosity base and friction modifiers to prevent
metal-to-metal contact during operation and start up, thus providing
superior wear prevention! |
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New Technology
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Lower consumption
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Superior viscosity
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EP additives
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Pumpable
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Non-Chlorinated
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Non-hazardous
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No root build-up
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Reduced gear wear
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Drainable
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No nozzle plugging
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GMAX™9000...
is available in two formulations:
- 9000 for ambient temperature ranges over 30°F
- 9000 LT for ambient temperature ranges under 30°F
and your choice of sizes:
- 125 lb. kegs
- 400 lb. drums
- additional sizes available on request
TYPICAL PROPERTIES
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GMax 9000 |
GMax 9000LT |
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Temperature Range
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0°C to 121°C |
-18°C to 93°C |
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Flash Point
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135°C |
110°C |
Viscosity
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Diluted at 40°C
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5,000 cSt |
1,500 cSt |
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Undiluted at 100°C
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1,300 cSt |
1,300 cSt |
| Four Ball |
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Weld Load Test
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400 kg |
400 kg |
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Scar Diameter
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0.46 mm |
0.46 mm |
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Coefficient of Friction
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0.079 |
0.079 |
| FZG A/2.76/50 |
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Damage Load Stage
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Passed Stage 12 |
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Specific Mass Lost
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0.1292 mg/kWh |
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Film Life
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36.5 minutes @ load stage 7 |
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Mass Loss
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20 mg, 30 hours @ load stage 10 |
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All values are nominal and subject to change without notice.
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