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Viscosity Values and Specific Gravity (For Peristaltic Pump)
Release Time:2015-12-19
Centipoise* (cp)
|
Centistokes (cSt)
|
Saybolt Second Universal (SSU)
|
Typical liquid
|
Specific Gravity
|
1
|
1
|
31
|
Water
|
1
|
3.2
|
4
|
40
|
Milk
|
-
|
12.6
|
15.7
|
80
|
No. 4 fuel oil
|
0.82-0.95
|
16.5
|
20.6
|
100
|
Cream
|
-
|
34.6
|
43.2
|
200
|
Vegetable oil
|
0.912-0.924
|
88
|
110
|
500
|
SAE 10 oil
|
0.88-0.935
|
176
|
220
|
1000
|
Tomato juice
|
-
|
352
|
440
|
2000
|
SAE 30 oil
|
0.88-0.935
|
880
|
1100
|
5000
|
Glycerine
|
1.26
|
1561
|
1735
|
8000
|
SAE 50 oil
|
0.88-0.935
|
1760
|
2200
|
10,000
|
Honey
|
-
|
3000
|
4500
|
20,000
|
Glue
|
-
|
5000
|
6250
|
28,000
|
Mayonnaise
|
-
|
8640
|
10,800
|
50,000
|
Molasses B
|
1.40-1.49
|
15,200
|
19,000
|
86,000
|
Sour cream
|
-
|
17,640
|
19,600
|
90,000
|
SAE 70 oil
|
0.88-0.935
|
-
|
-
|
-
|
Ink-Printers
|
1.0-1.38
|
-
|
-
|
-
|
Sulfuric Acid
|
1.83
|
Centipoise = Centistokes x specific gravity where specific gravity is assumed to be 0.8 (except for water). To find the exact cp for your fluid:
cp= cSt x (weight per gallon x 0.120)
cp= cSt x (weight per gallon x 0.120)
Saybolt Universal second (Often SUS or SSU) is a measure of kinematic viscosity used in classical mechanics. It is the time that 60 cm3 of oil takes to flow through a calibrated tube at a controlled temperature. The SUS is used for oils with flowing time up to 5600[citation needed] seconds, in the range of low to medium viscosity such as machine oils.