83 
£ 20 
8 
| 15 
C 
3 
_Q 
to 10 
— 5 
Q) vJ 
a. 
Hordalub 17 
fe L 
i I 
* i 
10 11 12 13 
Number of carbon atoms 
20 
S 15 
<o 10 
ID 3 
CL 
Hordalub 500 
.. mt 
33 CL 
Cl e 
— Cl, 
= Cl. 
J-L Cl 9 
5?a Cl, 0 
10 11 12 13 
Number of carbon atoms 
5? 20 
(o 15 
CD 10 
- 5 
<D 3 
q: 
Hordalub 80 
13 
S? 20 
15 
10 
- 5 
Chlorparaffin 55.5% 
in 
10 
Number of carbon atoms 
h 
13 
g 20 
8 
£ 15 
T3 
c 
=o> 
CD 10 
0) 
> 
to *; 
£ 
Chlorparaffin 51.5% 
kJLIL 
10 11 12 13 
Number of carbon atoms 
S' 20 
15 
10 
-? 5 
Chlorparaffin 63% 
10 
13 
Number of carbon atoms 
Figure 9: ECNI-determination of formula and congener group profiles of selected PCA mixtures of 
different chlorine contents. CI vj compounds were not detectable. The trade name or the chlorine content 
of the mixtures are given for each bar graph.