Gear oil 75w140 1l jmc
Priceunit: 1 Unit
JMC MAXX Transmission Oil 75W-140 Synthetic multi-range transmission oil for use in motorbike transmissions of high-performance motorcycles with separate oil supply, as well as cardan drives with the filling specification API GL-5. This oil is particularly characterized by a high, thermal load capacity and also offers a stable lubricating film even under continuous stress. Even at high speeds, the JMC 75W-140 shows only minimal foam tilt. DANGER: JMC MAXX gear oil 75W-140 must not be used in gearboxes with couplings running in the oil bath and / or common oil housing for the engine / gearbox / clutch! - high wear and corrosion protection - high temperature and oxidation stability through selected synthesis oils and special additives - extremely stable - "Stay-in-Grade" - stable lubrication film even with very hot oil and very high loads, which reduces the wear and transmission noise - rapid oiling, improved switchability and low cold wear due to favorable cold viscosity - Mixable and compatible with conventional and synthetic brand transmission oils. In order to make full use of all product advantages, a complete oil change is recommended. Approvals and specifications: MIL-L 2105D Specification API: GL5 Contents: 1 liter can Packing unit: 12
Technical data
Technical Data | |
---|---|
Application | Transmission |
Viscosity | 75W140 |
Manufacturer | JMC |
Quality | Synthetic |
API Specification | GL5 |
Container | 1 Litre |
Manufacturer Nr.: JMC 59400961
EAN: 4043981232554
Signal word: None
Labelling (REGULATION (EC) No 1272/2008)
Hazard statements : H412 Harmful to aquatic life with long lasting effects.
Precautionary statements :
Prevention:
P273 Avoid release to the environment.
Disposal:
P501 Dispose of contents/ container to an approved waste disposal plant.
Additional Labelling
EUH208 Contains Olefin sulfide, Reaction products of bis(4-methylpentan-2-
yl)dithiophosphoric acid with phosphorus oxide, propylene oxide and amines,
C12-14-alkyl (branched). May produce an allergic reaction.