Shipment details
No Dangerous Good /not restricted
Description
mm2/s:Centistokes mPa*s: Centipoise
Contents
Analyte
CAS Number
Concentration
Unit
Additional information
Method
Kinematic Viscosity
4,5
mm2/s
20 °C/68 °F
ASTM D445/446, ISO 3104/3105
Kinematic Viscosity
4
mm2/s
25 °C/77 °F
ASTM D445/446, ISO 3104/3105
Kinematic Viscosity
3
mm2/s
37.78 °C/100 °F
ASTM D445/446, ISO 3104/3105
Kinematic Viscosity
2,8
mm2/s
40°C/104 °F
ASTM D445/446, ISO 3104/3105
Kinematic Viscosity
2,4
mm2/s
50 °C/122 °F
ASTM D445/446, ISO 3104/3105
Kinematic Viscosity
2
mm2/s
60 °C/140 °F
ASTM D445/446, ISO 3104/3105
Kinematic Viscosity
1,5
mm2/s
80 °C/176 °F
ASTM D445/446, ISO 3104/3105
Kinematic Viscosity
1,2
mm2/s
98.89 °C/210 °F
ASTM D445/446, ISO 3104/3105
Kinematic Viscosity
1,2
mm2/s
100 °C/212 °F
ASTM D445/446, ISO 3104/3105
Dynamic Viscosity
3,7
mPa*s
20 °C/68 °F
ASTM D445/446, ISO 3104/3105
Dynamic Viscosity
3,3
mPa*s
25 °C/77 °F
ASTM D445/446, ISO 3104/3105
Dynamic Viscosity
2,4
mPa*s
37.78 °C/100 °F
ASTM D445/446, ISO 3104/3105
Dynamic Viscosity
2,3
mPa*s
40°C/104 °F
ASTM D445/446, ISO 3104/3105
Dynamic Viscosity
1,9
mPa*s
50 °C/122 °F
ASTM D445/446, ISO 3104/3105
Dynamic Viscosity
1,6
mPa*s
60 °C/140 °F
ASTM D445/446, ISO 3104/3105
Dynamic Viscosity
1,2
mPa*s
80 °C/176 °F
ASTM D445/446, ISO 3104/3105
Dynamic Viscosity
0,9
mPa*s
98.89 °C/210 °F
ASTM D445/446, ISO 3104/3105
Dynamic Viscosity
0,9
mPa*s
100 °C/212 °F
ASTM D445/446, ISO 3104/3105
Density
0,833
µg/g
20 °C/68 °F
ASTM D7042
Density
0,83
µg/g
25 °C/77 °F
ASTM D7042
Density
0,821
µg/g
37.78 °C/100 °F
ASTM D7042
Density
0,82
µg/g
40°C/104 °F
ASTM D7042
Density
0,813
µg/g
50 °C/122 °F
ASTM D7042
Density
0,806
µg/g
60 °C/140 °F
ASTM D7042
Density
0,792
µg/g
80 °C/176 °F
ASTM D7042
Density
0,779
µg/g
98.89 °C/210 °F
ASTM D7042
Density
0,778
µg/g
100 °C/212 °F
ASTM D7042
Analyte
Kinematic Viscosity
CAS Number
Concentration
4,5
Unit
mm2/s
Additional information
20 °C/68 °F
Method
ASTM D445/446, ISO 3104/3105
Analyte
Kinematic Viscosity
CAS Number
Concentration
4
Unit
mm2/s
Additional information
25 °C/77 °F
Method
ASTM D445/446, ISO 3104/3105
Analyte
Kinematic Viscosity
CAS Number
Concentration
3
Unit
mm2/s
Additional information
37.78 °C/100 °F
Method
ASTM D445/446, ISO 3104/3105
Analyte
Kinematic Viscosity
CAS Number
Concentration
2,8
Unit
mm2/s
Additional information
40°C/104 °F
Method
ASTM D445/446, ISO 3104/3105
Analyte
Kinematic Viscosity
CAS Number
Concentration
2,4
Unit
mm2/s
Additional information
50 °C/122 °F
Method
ASTM D445/446, ISO 3104/3105
Analyte
Kinematic Viscosity
CAS Number
Concentration
2
Unit
mm2/s
Additional information
60 °C/140 °F
Method
ASTM D445/446, ISO 3104/3105
Analyte
Kinematic Viscosity
CAS Number
Concentration
1,5
Unit
mm2/s
Additional information
80 °C/176 °F
Method
ASTM D445/446, ISO 3104/3105
Analyte
Kinematic Viscosity
CAS Number
Concentration
1,2
Unit
mm2/s
Additional information
98.89 °C/210 °F
Method
ASTM D445/446, ISO 3104/3105
Analyte
Kinematic Viscosity
CAS Number
Concentration
1,2
Unit
mm2/s
Additional information
100 °C/212 °F
Method
ASTM D445/446, ISO 3104/3105
Analyte
Dynamic Viscosity
CAS Number
Concentration
3,7
Unit
mPa*s
Additional information
20 °C/68 °F
Method
ASTM D445/446, ISO 3104/3105
Analyte
Dynamic Viscosity
CAS Number
Concentration
3,3
Unit
mPa*s
Additional information
25 °C/77 °F
Method
ASTM D445/446, ISO 3104/3105
Analyte
Dynamic Viscosity
CAS Number
Concentration
2,4
Unit
mPa*s
Additional information
37.78 °C/100 °F
Method
ASTM D445/446, ISO 3104/3105
Analyte
Dynamic Viscosity
CAS Number
Concentration
2,3
Unit
mPa*s
Additional information
40°C/104 °F
Method
ASTM D445/446, ISO 3104/3105
Analyte
Dynamic Viscosity
CAS Number
Concentration
1,9
Unit
mPa*s
Additional information
50 °C/122 °F
Method
ASTM D445/446, ISO 3104/3105
Analyte
Dynamic Viscosity
CAS Number
Concentration
1,6
Unit
mPa*s
Additional information
60 °C/140 °F
Method
ASTM D445/446, ISO 3104/3105
Analyte
Dynamic Viscosity
CAS Number
Concentration
1,2
Unit
mPa*s
Additional information
80 °C/176 °F
Method
ASTM D445/446, ISO 3104/3105
Analyte
Dynamic Viscosity
CAS Number
Concentration
0,9
Unit
mPa*s
Additional information
98.89 °C/210 °F
Method
ASTM D445/446, ISO 3104/3105
Analyte
Dynamic Viscosity
CAS Number
Concentration
0,9
Unit
mPa*s
Additional information
100 °C/212 °F
Method
ASTM D445/446, ISO 3104/3105
Analyte
Density
CAS Number
Concentration
0,833
Unit
µg/g
Additional information
20 °C/68 °F
Method
ASTM D7042
Analyte
Density
CAS Number
Concentration
0,83
Unit
µg/g
Additional information
25 °C/77 °F
Method
ASTM D7042
Analyte
Density
CAS Number
Concentration
0,821
Unit
µg/g
Additional information
37.78 °C/100 °F
Method
ASTM D7042
Analyte
Density
CAS Number
Concentration
0,82
Unit
µg/g
Additional information
40°C/104 °F
Method
ASTM D7042
Analyte
Density
CAS Number
Concentration
0,813
Unit
µg/g
Additional information
50 °C/122 °F
Method
ASTM D7042
Analyte
Density
CAS Number
Concentration
0,806
Unit
µg/g
Additional information
60 °C/140 °F
Method
ASTM D7042
Analyte
Density
CAS Number
Concentration
0,792
Unit
µg/g
Additional information
80 °C/176 °F
Method
ASTM D7042
Analyte
Density
CAS Number
Concentration
0,779
Unit
µg/g
Additional information
98.89 °C/210 °F
Method
ASTM D7042
Analyte
Density
CAS Number
Concentration
0,778
Unit
µg/g
Additional information
100 °C/212 °F
Method
ASTM D7042
Miscellaneous
Certificate of Analysis (specimen)
Reference Material CoA specimen: for the current lot, please contact your customer service representative at info@labmix24.com
Product data sheet
View all available product details e.g. description, analytes/parameters, CAS Number, concentrations/values, sales unit/product format, method, source, transport information
The CONOSTAN® Division of SCP SCIENCE is the world’s leading manufacturer and distributor of Metallo-organic Oil standards and related spectroscopy products.
The CONOSTAN® leading industry position is derived from superior product chemistry, manufacturing technology, and blending techniques. CONOSTAN® products are used extensively in the calibration and operation of analytical instruments for the analysis of elements in oil and other organic fluids.
CONOSTAN® is the only source of metallo-organic standards in the history of the National Institute of Standards & Technology (NIST). The variety of products afford convenience as reference and routine analytical materials for AA, ICP, DCP, XRF, Rotrode, and other analytical techniques.