GEAR OIL GL5 85W90 5L JMC

JMC Gear Oil GL5 85W90 for Cars and Trucks

JMC Transmission Oil Extra GL5 85W-90

• High performance transmission oil for highly loaded axle drives in cars, trucks, buses, construction and agricultural machinery.
• HIGHTEC HYPOID EP SAE 85W-90 is a high-performance gear oil manufactured on the basis of selected base oils with exceptional wear protection properties in viscosity class
• wear protection properties of viscosity class SAE 85W-90.

Properties:

• excellent wear protection, very good load-carrying capacity under heavy continuous loads
• extremely shear-stable - "stay-in-grade"
• Stable lubricating film and reliable wear protection even with very hot oil and very high loads
• Good noise damping, good oil flow and low "cold wear"
• excellent corrosion protection, good sealing compatibility, low foaming tendency even at high speeds
• Miscible and compatible with other gear oils
• However, to exploit the full product benefits of HIGHTEC HYPOID EP SAE 85W-90, a complete oil change is recommended

Application:

• HIGHTEC HYPOID EP SAE 85W-90 is used in accordance with the manufacturer's specifications for axle drives in cars, trucks, buses, construction and agricultural machinery and offers maximum wear protection in these applications

Manufacturer approvals:

• Daimler Truck approval DTFR12B100 235.0

Specification API:

• GL-5

Manufacturer recommendations:

• FORD SR-M2C9102-A
• JOHN DEERE JDM J11E
• MAN 342 TYPE M1
• MB 235.0,
• OPEL 19 42 387
• VOLVO 97310
• VW TL 727
• ZF TE-ML 07
• ZF TE-ML 08
• ZF TE-ML 16C
• ZF TE-ML 17B
• ZF TE-ML 19B
• ZF TE-ML 21A
• ZF000656

Manufacturer Nr.: JMC

EAN: 4043981424454

Regulation (EC) No. 1272/2008

H412 Harmful to aquatic life with long-lasting effects.

Hazard statements

• P273 Avoid release to the environment.

Precautionary statements

• EUH208 Contains amine phosphate. May produce an allergic reaction.

Special labeling of certain mixtures

The substances in the mixture do not meet the PBT/vPvB criteria according to REACH, Annex XIII.

Endocrine disruption potential

None