ALKATERGE-C x
- ί
OIL-SOLUBLE WETTING AGENT
% A l k c i e r g e um iro-&lexamie
J u s t 2/25
PROPERTIES
o f 1 % o f A fJfcaterge-C —«foot's all it takes to
reduce the interfacial fejnsksra b e f w e e o in^eKajnie acid! waiter t o o n e d y n e p e r centimeter. In .nrinercü oii3,7(0)-ll% reduces fee Hmteriacial tension to a p p r o x imately one t o t w o dynes p e r censtinnieter- TBnofr"s w h y A f k a t e r g e - C ts such a successful oli-soluble weßimg cmo auuxoiiiatry emmoisifyämg a g e n t . It's ο sort o f chemical Jever—makes nit e a s y far fee eimT^isifyingj a g e n t fo> d o its [ob. This striking effect on unterfooTai *eflns»oini suggests onaray applications Γη connec tion w i t h lubrication, ex^rccfcim, aand renrapregirtafing o p e r a t i o n s .
(of commercial-grade material)
Molecular and Equivalent Weights
350, approx.
Coefficient of Cubical Expansion (20° to 30°C). . 0.0008 per 1°C 0.0004 per l°f Distillation Range at 3 mm of Mercury
194C to 310°(
Solidification Point
—36°C, approx.
Surface Tension of Saturated Aqueous Solution: Less than 40 dynes/cm Interfacial Tension against Water of a 0.1% Solution in Mineral Oil Flash Point, Cleveland Open Cup
This non-volat^e, anaEne-iiype oacntpcartdl reacts w i t h acids to f o r m salts a n d soaps which o r e ^e^seHves p-gmirn^iigyrrrg rrn a n excellent pigmentgrinding assistant In ixrineiraB oiil wefträdies.
S P E C I F I C A T I O N S Oxazoline Content
(tentative) 70% by weight, minimum
Specific Gravity, 25°/25°C
W e -will g l a d l y ffbmisa ycon W I Ä α sample a n d a d d i t i o n a l d a t a u p o n request on y o u r company BejfsrfBeadL
Nitrogen (Kjeldahl)
CHEMICAL
Methanol 2806
·
Arrosnes
-
15 maximum Clear, free from suspended matter
DIVISION
COMMERCIAL SOLVENTS C O R P O R A T I O N PRODUCTS^ Ethyl Alcohol & Derivatives
0 925—0.931 3.80—4.10% by weight
Color, Gardner Scale Appearance
INDUST^IJll
1 to 2 dynes cm 430°F
Acetate
·
NiHhraparaffins
1W EAST 4 2 n d STREET, N E W Y O R K 1 7 , Ν . Υ.
Sutanol & Derivatives -
·
Formaldehyde
C r y s t a l l i n e Riboflavin C H E M I C A L
AND
ENGINEERING
NEWf>
