The effects of extreme temperatures (cold, heat) may cause the product to become turbid, viscous, congeal or separate. In such cases mixing at normal temperatures (i.e., room temperature) will restore the product for use.
The effects of extreme temperatures (cold, heat) may cause the product to become turbid, viscous, congeal or separate. In such cases mixing at normal temperatures (i.e., room temperature) will restore the product for use.
Oxo alcohol C 13 + 8 mol of ethylene oxide INCI: Trideceth-8
Product data (specification) |
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Property | Value | Unit | Test method |
Appearance at 20 °C | liquid, clear | - | visual |
Iodine colour number | to turbid ?2 | mg I/100 ml | DIN EN 1557 |
Cloud point (10 % in 25 % butyl diglycol solution) | 76 - 78 | °C | DIN EN 1890 |
pH (2 % in fully demin. water) | 5 - 7 | - | DIN EN 1262 |
General product description |
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Property | Value | Unit | Test method |
Density at 50 °C | about 0.97 | g/ml | DIN 51757 |
Refractive index n 50/D | about 1.450 | - | DGF C - IV 5 |
Setting point | about 11 | °C | DIN ISO 3841 |
Flash point | > 150 | °C | ASTM D 92 |
Ignition temperature | about 360 | about 360 | DIN 51794 |
Polyethylene glycol | < 2.0 | % by mass | HPLC |
Water | ?0.5 | % by mass | DIN EN 13267 |
Viscosity at 50 °C (Brookfield) | about 30 | mPa s | DIN ISO 2555 |
Road tankers, about 1000 kg containers, about 200 kg enameled iron drums.
MARLIPAL O13/80
Stainless steel vessels (Steel No.: 1.4541 or 1.4571)
The effects of extreme temperatures (cold, heat) may cause the product to become turbid, viscous, congeal or separate. In such cases mixing at normal temperatures (i.e., room temperature) will restore the product for use.
Data on material safety, as well as transport classes and on toxicology and biodegradability can be obtained from the material safety data sheet.