Pachem-Des_ol
Lubricity Improver for Diesel and Other Medium Distillates
General information:
Pachem-Des_ol is an additive based on distilled oleine of vegetable origin, improving the lubricating properties of diesel oils with primarily poor lubricating properties. It is especially recommended for diesel oils with low sulfur content and other middle distillates. Pachem-Des_ol provides excellent lubricating properties of Diesel fuel and reduces wear in HFRR tests well below 400 micrometers, depending on the dosing rate. Pachem-Des_ol is a clear, homogeneous liquid of amber color and remains stable over a wide temperature range.
Typical Physical and Chemical Properties:
| Parameter | Unit | Value | Test Method |
|---|---|---|---|
| Appearance at 20 ºC | - | Amber | PB-01 - Edition No.1 |
| Density 15 ºC | kg/m3 | 880 - 920 | PN-EN ISO 12185:2002 |
| Pour point | ºC | < -10 | PN-ISO 3016:2005 |
| Flash point | ºC | > 100 | PN-EN ISO 2719:2007 |
| Viscosity at 40 ºC | mm2/s | > 7 | PN-EN ISO 3104:2004 |
| Acid Number | mg KOH/g | > 193 | PN-85/C-04066 |
| Saponification number | mg KOH/g | > 193 | PN-85/C-04043 |
| Water content - Fischer method | % (m/m) |
< 0,2 |
PN-EN ISO 12937 |
| Oleic acid content | % (m/m) | > 75 | PN-EN 14103 |
| Iodine number | g J2/100g | > 90 | PN-EN 14111 |
| Cloud point | ºC | < -10 | PN-ISO 3015 |
Application:
Pachem-Des_ol is designed to improve the lubricating properties of Diesel and other medium distillates. Due to its excellent properties, Pachem-Des_ol also reduces engine wear and plays an important role from an economical point of view of fuel consumption (reduces fuel consumption by 2%, depending on the characteristics of the base fuel).
Treat Rate:
The typical dosage of Pachem-Des_ol is 100-200 ppm (m / m). The recommended dose is 125-150 ppm (m/ m). The dose rate should be adapted to the quality of the base fuel and customer requirements.
Packaging:
Pachem-Des_ol is available in 200-liter drums, 1000-liter IBCs and in bulk (tanks). Other types of packaging are possible at the customer's request.