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Eni MX 3102
Antiwear and anticorrosion additive for gasoline engine oils
Specifications
- Brand
- Eni
- Category
- Antifreeze & additives
- Type
- Viscosity modifiers
- Manufacturer code
- 005654
- Availability
- On order
Typical characteristics
| Property | Typical value | Method |
|---|---|---|
| Appearance | bales | |
| Melt Flow Indexg/10' | 5.9 10.9 | MA 17066 |
| Volatile Matter% (m/m) | 0.25 | MA 96147 |
| Ash content% (m/m) | 0.45 | MA 93214 |
| Propylene content% (m/m) | 45 55 | MA 15882 |
| Shear stability Index (SSI) | 24 |
Complete documentation
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Manufacturer's description
Eni MX 4050, directly via dissolution in suitable base stocks, is recommended to prepare multigrade crankcase engine oils meeting international requirements automotive, marine and industrial lubricants. It is characterized by excellent resistance to ageing and weathering and the final diluted VII shows a good thickening power, excellent shear stability and superior low temperature behavior. To obtain a VII additive, Eni MX 4050 should be dissolved at approximately 11% wt in low viscosity base oil, preferably SN 130. The VII additive is then diluted at 10% wt in SN 150 to yield a SSI of about 23 and a Thickening Power between 10.0-10.6 mm2/s.
Applications
- Eni MX 4050, directly via dissolution in suitable base stocks, is recommended to prepare multigrade crankcase engine oils meeting international requirements automotive, marine and industrial lubricants.
- It is characterized by excellent resistance to ageing and weathering and the final diluted VII shows a good thickening power, excellent shear stability and superior low temperature behavior.
- To obtain a VII additive, Eni MX 4050 should be dissolved at approximately 11% wt in low viscosity base oil, preferably SN 130. The VII additive is then diluted at 10% wt in SN 150 to yield a SSI of about 23 and a Thickening Power between 10.0-10.6 mm2/s.
Performance & benefits
- Excellent resistance to ageing and weathering; the final diluted VII delivers good thickening power, excellent shear stability and superior low-temperature behaviour