Amyl acetate
CHaCOOCfiHu
125-150
9s
77
0.870
Slight (2.0)
Slight (2.0)

Butyl lactate
CH3CH(OH)COOQH9
140-200
0.4
159
0.980
Partial (4.0)
Slight (14.5)

Acetone
CH3COCH3
56.1
178
15
0.791
Complete
Complete

Methyl ethyl ketone
CH3COC2H5
76.6
119 s
34
0.810
Partial (25.6)
Partial (11.8)

Methyl isobutyl ketone
(CH3)2CHCH2COCH3
116
18
75
0.802
Slight (2.0)
Slight (2.3)

Diacetone alcohol
(CH3)2C(OH)CH2COCHa
167.9
'•5
*35
0.936
Complete
Complete

Ether
CgHsOCgrls
34-5
442
~4o
0.715
Partial (6.9)
Partial (1.3)

Dioxane
0:(CH2CH2)2:0
IOI.I
29.5
*5
1.034
Complete
Complete

Methyl cellosolve
CH3OCH2CH2OH
125
8.0
115
0.966
Complete
Complete

Cellosolve
C2H6OCH2CH2OH
I3S*1
4.9
130
0.931
Complete
Complete

Butyl cellosolve
C4H9OCH2CHaOH
171.2
1.0
165
0.902
Complete
Complete

Cellosolve acetate
CaHfiOCHgCHsOOCCHa
156-3
1.2
140
0.975
Partial (23.0)
Partial (6.0)

Ethylene glycol
CH2OH-CH2OH
197.2
0.12
240
1.116
Complete
Complete

Glycerol
CH2OH-CHOH-CH2OH
290
O4
_
1.263
Complete
Complete

Pyndine
CJHiN
"5-3
—
—
0.982
Complete
Complete

Morpholine
0:(CH2CH2)2:NH
128.9
II. I
IOO
I.OOI
Complete
Complete

Triethanolamine
PCH2CH20H.CH2CH20H.CH2CH20H-1
244 2
O.OOOI
380
1.126
Complete
Complete

I XJ 1

Carbon disulphide
rs CS2
46
—
<4o
1.263
Slight (< i)
None

1 These data are from several sources but mainly from a larger table compiled by A. K, Doolittle,' Lacquer Solvents in Commercial Use,' Indus-
trial and Engineering Chemistry', XXVII (1935), pp. 1169-1174. There is a slight disagreement on many of the figures given, but this probably
comes from differences in the purity of solvents used by the several investigators. The figures given here are, in most cases, values that are identical
or nearly identical in several sources.

2 At 50 mm.

4 Below 27.85° C.

6 Miscibility with water has to be given in general terms, except in a few instances where figures are available* The figures in parentheses show

per cent by weight,

CO
O

W
2

H

CO

r-1
<3
W
3
H