what more can you get out of organoplosphorus derivatives? That's a hard question to answer, for at Victor some people never let well enough alone, £5ome of our best people, too. For example, look what happens to a new intermediate like chloromethylphosphonic dichloride when restless research chemists work on i i A condensation here... a hydrolysis there • · » and a whole series of new products results. Some of the ideas our chemists put to work themselves to provide us with a complete line of chloromethylphosphonic compounds, ; Perhaps you can find other uses for the reactive chlorine atoms, the carbon-to-phosphorus bond, and the stable alpha-chlorine the host of reaction possibilities Victor chloromethylphosphonic compounds present. I£ you're looking for n e w w a y s t o improve
products, adapt them to new markets, one of these compounds may be just right for you. Pilot Plant Quantities . . .
Pilot plant quantities of the dichloride, the acid, and the dipropyl, dibutyl, and dioctyl esters are available. Fill in the coupon below for research samples or data.
|V
f i Polymer*
Peroxide
CICH2PÎOCH2CH = CH2)2*
CH2
ArOH
RNH2
Il H CICH2P(NR)2 « -
OR
= CHCH20H + RÎN
? • CICH2P(OAr}?
?CI
ArOH
ROH + RaN
CICH2P;
ROH
-+ acHiPi
Ο
V^OR
- * CICH2P
OAr
OAr
C!CH2PCl2
V
HOCZ30H
-(POCZD-O-)n «
NaPiORh
ROH • CICH2P(OR)2 -
CH2CI
9\ ?
- * (RO)2PCH2P(OR)2
0
/ x
ô Il CICH2P(OCH2CH2CI)2
