GT-1® COMPETITION 20W-50

Conventional Passenger Car Engine Oil for High-Performance & Competition Engines; Formulated with LiquiTek

Kendall® GT-1 Competition Motor Oil with LiquiTek protection additive is a high-quality, conventional automotive engine oil designed for use in gasoline-fueled passenger cars and light trucks that do not require an ILSAC GF-6 oil for warranty coverage. The SAE 20W-50 and SAE 50 viscosity grades are especially recommended for use in high-performance street engines and competition engines, including both gasoline- and alcohol-fueled racing vehicles.

Description

Features & Benefits

  • Formulated for engines equipped with turbochargers or superchargers
  • Excellent resistance to viscosity and thermal breakdown at high temperatures
  • Protects against sludge and varnish formation
  • Protects against rust and bearing corrosion
  • Highly resistant to foaming
  • High ZDDP content for additional wear protection for engines with
    flat-tappet camshafts (SAE 20W-50)
  • Racetrack-proven performance

Applications

  • Gasoline-fueled passenger cars, light trucks and sport utility vehicles that do not require an ILSAC GF-6 oil for warranty coverage
  • Older vehicles where the engine manufacturer specifies monograde engine oil
  • Competition engines and high-performance street engines

Licenses & Approvals

GT-1 Competition with LiquiTek is licensed:

  • API Service SP, SN PLUS(1)

(1)Note: The SAE 50 viscosity grade meets engine protection requirements of API SP, but is not licensed

Additional Details

SAE Grade 20W-50
Specific Gravity @ 60°F 0.883
Density, lbs/gal @ 60°F 7.35
Color, ASTM D1500 3.5
Flash Point (COC), °C (°F) 230 (446)
Pour Point, °C (°F) -30(-22)
Viscosity, Kinematic
cSt @ 40°C 160
cSt @ 100°C 19.4
Viscosity Index 139
Cold Cranking Viscosity, cP 6,300
@ (°C) (-15)
High Temp/High Shear Viscosity, cP @ 150°C 4.9
Sulfated Ash, ASTM D874, wt % 0.99
Total Base Number (TBN), ASTM D2896 8.0
Phosphorus, wt % 0.109
Zinc, wt % 0.120

Technical Specifications

Additional information

Size

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