Ciba Value Beyond Chemistry
 
Register
Password lost?
Home Company Media Investors Innovation Products Industries Expert Services Supply Us
Search » GO
print this page

Typical Physical and Chemical Properties* - Ciba Corrosion Inhibitors
 


Typical Physical and Chemical Properties* - Ciba Corrosion Inhibitors

           

   

Viscosity
at 40°C

Melting
Point

Density
at 20°C

P

N

Flash
Point

Solubility

limits
(wt%)

at 5°C
****

   

Kinematic Dynamic

(°C)

(g/cm3)**

(%)

(%)

(°C)***

Mineral oil

Ester

Water

   

(mm2/s) (mPa.s)

      

       

   

     

    

       

  

      

Amine O                                     

107 (mPa.s)

ca. 5

0.94

-

8

175 (COC)

5

1

<0.01

IRGACOR® L 12

1500 (mm2/s)

-

0.96

-

-

150 (COC)

5

3

<0.01

IRGACOR® L 17

850 (mm2/s)

        

1.02

  

   

130 (COC)

5

1

<0.01

IRGACOR® L 184

80 (mm2/s)

-

1.15

-

  

not applicable

0.1

0.1

5

IRGACOR® L 190

solid (wet cake)

180-182

1.1

-

17.6

not applicable

0.1

0.1

0.1++

IRGACOR® L 190 PLUS

solid (free flowing)

180-182

1.1

-

17.6

not applicable

0.1

0.1

0.1++

IRGACOR® DSS G

solid

200

1.42

-

-

100 (PM)

0.1

0.1

5

IRGACOR® NPA

1750 (mm2/s)

0

1.03

-

-

130 (PM)

5

3

<0.01

IRGALUBE® 349

2200 (mPa.s)

10

0.92

4.8

2.7

135 (PM)

3

5

<0.01

SARKOSYL® O

350 (mm2/s)

-

0.96

-

3.7

130 (COC)

5

5

<0.01

              

* The values in this table are typical values only. Actual values will vary within the range indicated in the product specification.

** Densities reported for solid products at 25°C ( method ASTM D 2638 - helium pycnometer).

*** (PM) = Pensky-Martens, (COC) = Cleveland Open Cup  

**** These are approximate solubility levels. Values will vary depending on the base fluid characteristics, storage conditions and other additives present.Generally it is recommended that the additive solubility is checked in the finished fluid. Mineral oil = ISO VG 32, Ester = Diisodecyl adipate. Some of these products may hydrolyze in contact with water.

++ pH adjusted with triethanolamine (TEA) or another base to ph > 8 can increase solbuility to > 5% in water.  

top top
Copyright © Ciba, 2000-2009 | 08. January 2009 | Legal Information | Privacy Notice