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EC number: 701-122-3
CAS number: 106185-75-5
The compound showed formation of bubbles at
Main study results:
The boiling point was measured twice. Then,
the boiling temperature at standard pressure was calculated following
the Sidney-young equation Tn = T + (f*Dp) with
Tn = boiling point at 101.325 kPa in K
T = measured boiling point in K
f = tabulated value
Dp = (101.325 – p) kPa
p = measured atmospheric pressure in kPa.
Results are given in the following
The two boiling points showed a difference
of 0.1 K (original values and values calculated using the equation of
Sidney-Young), lying within the demanded limit of 0.5 K.
The boiling point was measured twice
according to Siwoloboff method (277.9 °C at 99.847 kPa and 278.0 °C at
From these results, the boiling temperature
at standard pressure (101.325 kPa) was calculated with the Sidney-Young
equation as 278.7 °C.
No observations were made which might cause
doubts on the validity of the study outcome, so result was considered as
The boiling point was measured twice according to Siwoloboff method (277.9 °C at 99.847 kPa and 278.0 °C at 99.861 kPa).From these results, the boiling temperature at standard pressure (101.325 kPa) was calculated with the Sidney-Young equation as 278.7 °C.
Key study conducted according to the OECD
103 Guideline and the EU A.2 method, under GLP without deviation and
with certificate of analysis included. Therefore, a reliability of 1 is
assigned and the result of this key study is proposed as the end point
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