| Article | Viscosity 20°C (mm2/sec) | General use |
|---|
| 8000 | 95 | Fluid oil, excellent lubricity (unctuousness) and stays well in place. Suitable for applications subject to moderate pressures. |
| 8030 | 115 | Fluid oil with good lubricity. Ideal for mobiles and large parts (pendulum, réveil, counter) subject to moderate pressures. |
| 8031 | 110 | Fluid oil, similar to 8030, suitable for low temperature applications (down to -25°C). |
| 8040 | 145 | Fluid oil with good lubricity. Ideal for mobiles and large parts. More viscous than 8030, it will ideally replace it in case of excessive wear. |
| D-5 | 1200 | Group Microgliss D is available with several viscosities increasing from D-2 to D-5. These oils are a combination of mineral and natural oils with specific additives to provide excellent stability and good resistance to pressure. |
| 9010 | 150 | 100% synthetic universal fluid thin oil with very good resistance to aging and good resistance to pressure. With an excellent lubricity and outstanding adhesion, this oil is ideal for regulating parts and fast mobiles. Suitable for all materials. |
| 9020 | 270 | 100% synthetic fluid oil with good resistance to aging and good resistance to pressure. With a higher viscosity than the 9010 oil, it will be better suited to slower mobiles subject to higher pressures. |
| 941 | 110 | 100% synthetic fluid oil with very good resistance to aging. Offering an excellent lubricating power and remarkable adhesion, this oil has been specially developed for the lubrication of lifts (escapement). |
| 9101 | 500 | In the range of 100% synthetic high pressure oils, the HP500 oil, the first in the series, is the least viscous. In addition to their pressure resistance properties, these HP oils are extremely stable and have good lubricity and excellent adhesion. |
| 9104 | 1300 | In the range of 100% synthetic high pressure oils, HP1300 is the last in the series. In addition to their pressure resistance properties, these HP oils are extremely stable and have good lubricity and excellent adhesion. |