Red Line Synthetic Oil

Red Line Synthetic Gear Oil GL-5+ 75W-90 1 Quart - 57904

Part #
57904
Line:
RL

Product Information

  • Warranty:  Manufacturer's Defect Warranty
  • Unit of Measure:  Each
  • UPC:  # 83522579049
  • Container Size: 1 Quart
  • ATF Type: GL-5+
  • Oil Composition: Synthetic
  • Viscosity Grade/Weight: 75W-90

Applications for this Product

  • Select a vehicle to see vehicle applications.

Detailed Description

Gear Oil; SAE 75W-90; GL-5; Synthetic; For Differentials; 1 Quart;

75W90 GL-5 Gear Oil - fully-synthetic, for differentials and racing trans, ester-based for stable viscosity, reduced wear, contains enough friction modifier for most limited slip differentials

  • Most popular Red Line gear oil, with thousands of applications for passenger cars, light trucks, and racing vehicles
  • Contains additional friction modifiers for suitability with clutch-type limited slip differentials - for most LSDs, no additional friction modifiers are required
  • This product is not designed for use in most manual transmissions or transaxles in passenger vehicles, since the extreme slipperiness may cause synchronizer mesh issues that lead to shifting problems
  • Recommended for API GL-5, GL-6, MT-1, MIL-L-2105E, SAE J2360, and Chrysler spec MS-9763

Brand Information

Since 1979, Red Line Synthetic Oil Corporation has grown to manufacture more than 100 quality products, including motor oils, gear oils, assembly lubes, fuel additives, and its popular WaterWetter cooling additive for the automotive, motorcycle, marine, and industrial markets. Based in Benicia, California, Red Line has a reputation with racers and enthusiasts alike for creating products that perform and protect better than any on the market, regardless of price.

Red Line formulates fully-synthetic oils and chemically-advanced additives using the world's finest base stocks. Rather than cutting costs by blending in petroleum products, Red Line's motor oils and gear oils use superior ester base stocks that provide extreme stability at high temperatures and superior film strength at lower viscosities where more power can be produced.
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