Phillips 66 Coupling Grease NLGI Grade 1

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Phillips 66 Coupling Grease NLGI Grade 1
Categories:	Fluid; Lubricant; Lithium Gellant
Material Notes:	Coupling Grease is a high-performance, polymer-containing lithium grease developed for use in grease-lubricated flexible couplings, such as those commonly found in mining equipment, power plants, manufacturing plants and chemical plants. It has exceptional resistance to oil separation when subjected to the high centrifugal forces typically encountered with medium- and high-speed gear, metallic grid and chain couplings. Coupling Grease is specifically formulated to the lower (softer) end of the NLGI No. 1 grade to meet most OEM requirements. It is manufactured with high-quality, high-viscosity base oils and lithium 12-hydroxystearate soap thickener. It is fortified with special extreme-pressure (EP) additives, oxidation and corrosion inhibitors and polymers to withstand the centrifugal action in couplings and adhere to the moving parts to provide lubrication, minimize friction and help extend coupling life. It has outstanding performance in the Koppers K36 Centrifugal Oil Separation Test. Applications: Gear, metallic grid and flexible-chain couplings Couplings commonly used in mining and gas field equipment Couplings and universal joints operating under high centrifugal forces Couplings used between electric motors and gearboxes in industrial and chemical plants Coupling Grease meets the requirements of the following industry specifications: ANSI/AGMA Standard 9001-B97, Type CG-1 and CG-2 for medium- and high-speed couplings Features/Benefit: Outstanding resistance to oil separation Excellent oxidation resistance and thermal stability Protects against rust and corrosion High load-carry ability Minimizes friction and wear to help extended coupling life Information provided by Phillips 66 Lubricants.
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Available Properties

Density
Kinematic Viscosity at 40°C (104°F)
Kinematic Viscosity at 100°C (212°F)
Oxidative Stability, ASTM D942, Pressure Drop
Four Ball Extreme Pressure, Weld Load, ASTM D2596
Four Ball Wear, ASTM D2266, Scar Diameter
Penetration, ASTM D217, Worked (10,000 strokes)
Penetration P(60), 1/10 mm, ASTM D217
Timken Test, ASTM D2509, OK Load
Maximum Service Temperature, Air
Minimum Service Temperature, Air
Dropping Point

Property Data

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