On another thread ( link to topic ) Poly-Plate EP by JAX was recommended as a replacement for the teflon grease that Ford recommended back in the 70's for use on power window track mechanisms.
So I just picked up four 14oz tubes of EP-2 and I'm wondering what else I can use this for on my 70 Lincoln Mk III. I was thinking maybe front wheel bearings, what do you'all think? Can I use this for other applications?
Here's the stat sheet on the stuff:
Soap Type Polyurea
Penetration, Worked 60 Strokes 265-295
NLGI Grade 2
Dropping Point, F(C) 500(260)
Color Blue
Texture Smooth
Water Washout @ 170 F, %, ASTM D 1264 10.0 max.
Oil Separation, % loss, ASTM D 1742 5.0 max
Bearing Corrosion Test, ASTM D 1743 Pass
4-Ball EP Weld Test, ASTM D 2596,
Load-Wear Index, kgf 50
Weld Point, kgf 400 min.
Timken OK Load, lbs, ASTM D 2509 60
Base Fluid:
Viscosity @ 40 C, cSt 135-155
Viscosity @ 100 C, cSt 13.5 - 15.5
Viscosity Index 70 min.
Here's the ad words:
...a new generation of industrial grease based on the latest polyurea base technology. We believe it will replace lithium complex as the benchmark high-temperature industrial grease.
...gains a performance advantage in two ways. It uses low-sulfur base oils to prolong the performance life of elastomeric and metal components. Second, the excellent E.P. number are obtained without the use of corrosive-type additives, such as those with high sulfur content, often found in lithium-complex greases.
...both poly-plate e.p. and lithium-complex greases are recommended for service up to 350F. Due to increased high-temperature life, it will lubricate for longer periods. The extremely low oil separation is also a critical factor in its enhanced at high temperatures.
...is recommended for sealed-for-life and EMB applications. It gives better water resistance than lithium-complex greases, as well as better low-temperature performance and elastomer compatibility. It shows superior results in extreme-pressure, oil separation and grease pumpability tests.
...is environmentally friendly, containing no heavy metals or chlorinated compounds.
Thanks!
So I just picked up four 14oz tubes of EP-2 and I'm wondering what else I can use this for on my 70 Lincoln Mk III. I was thinking maybe front wheel bearings, what do you'all think? Can I use this for other applications?
Here's the stat sheet on the stuff:
Soap Type Polyurea
Penetration, Worked 60 Strokes 265-295
NLGI Grade 2
Dropping Point, F(C) 500(260)
Color Blue
Texture Smooth
Water Washout @ 170 F, %, ASTM D 1264 10.0 max.
Oil Separation, % loss, ASTM D 1742 5.0 max
Bearing Corrosion Test, ASTM D 1743 Pass
4-Ball EP Weld Test, ASTM D 2596,
Load-Wear Index, kgf 50
Weld Point, kgf 400 min.
Timken OK Load, lbs, ASTM D 2509 60
Base Fluid:
Viscosity @ 40 C, cSt 135-155
Viscosity @ 100 C, cSt 13.5 - 15.5
Viscosity Index 70 min.
Here's the ad words:
...a new generation of industrial grease based on the latest polyurea base technology. We believe it will replace lithium complex as the benchmark high-temperature industrial grease.
...gains a performance advantage in two ways. It uses low-sulfur base oils to prolong the performance life of elastomeric and metal components. Second, the excellent E.P. number are obtained without the use of corrosive-type additives, such as those with high sulfur content, often found in lithium-complex greases.
...both poly-plate e.p. and lithium-complex greases are recommended for service up to 350F. Due to increased high-temperature life, it will lubricate for longer periods. The extremely low oil separation is also a critical factor in its enhanced at high temperatures.
...is recommended for sealed-for-life and EMB applications. It gives better water resistance than lithium-complex greases, as well as better low-temperature performance and elastomer compatibility. It shows superior results in extreme-pressure, oil separation and grease pumpability tests.
...is environmentally friendly, containing no heavy metals or chlorinated compounds.
Thanks!