Engine Cooling Liquid Heat Transfer Fluid with Propylene Glycol

Product Details
Customization: Available
CAS No.: 57-55-6
Formula: C3h8o2
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  • Engine Cooling Liquid Heat Transfer Fluid with Propylene Glycol
  • Engine Cooling Liquid Heat Transfer Fluid with Propylene Glycol
  • Engine Cooling Liquid Heat Transfer Fluid with Propylene Glycol
  • Engine Cooling Liquid Heat Transfer Fluid with Propylene Glycol
  • Engine Cooling Liquid Heat Transfer Fluid with Propylene Glycol
  • Engine Cooling Liquid Heat Transfer Fluid with Propylene Glycol
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Overview

Basic Info.

EINECS
200-338-0
Classification
Alicyclic Alcohol
Appearance
Liquid
Type
0 °
Hydroxyl No.
Monohydroxy
Grade Standard
Electron Grade, Food Grade, Ind
Storage
Cool Dry Place
Sample
Availiable
Transport Package
Barrel
Specification
200kg/barrel
Trademark
chemcola
Origin
China
HS Code
2905320000
Production Capacity
2000tons/ Day

Product Description

Engine Cooling Liquid Heat Transfer Fluid with Propylene Glycol
Engine Cooling Liquid Heat Transfer Fluid with Propylene Glycol


Introduction
CM-WB inhibitory propylene glycol antifreeze, using industrial grade propylene glycol (99.9%), softening water, using professional resist package, special pigment production and processing. It is widely used in the process cooling loop, automobile and air conditioning system to provide antifreeze and anti-corrosion protection. CM-WB inhibitory propylene glycol antifreeze has the minimum antifreeze temperature-60ºC, the minimum available flow temperature-50ºC, and the maximum available temperature is 120ºC. CM-WB inhibitory propylene glycol antifreeze contains industrial compound corrosion inhibitors, which can provide protection for metals (mainly iron, copper and aluminum metals).
 
 
Engine Cooling Liquid Heat Transfer Fluid with Propylene Glycol
Engine Cooling Liquid Heat Transfer Fluid with Propylene Glycol
 
When CM-WB inhibitory propylene glycol antifreeze is supplied as a concentration, please use at the used concentration provided in the table below:
Table 1: CM-WB concentration (1,2-propylene glycol concentration 90%) concentration used
mass concentration% volume concentration% freezing point ºC boiling point ºC The specific gravity is 22ºC
15.0 14.2 -4.5 100.0 1.013
20.0 19.3 -6.3 101.0 1.018
24.0 24.4 -8.3 101.0 1.022
27.0 26.4 -9.2 101.0 1.023
30.0 29.4 -10.8 101.0 1.026
34.0 33.5 -13.1 102.0 1.029
37.0 36.5 -15.1 102.0 1.032
40.0 39.6 -17.3 103.0 1.034
44.0 43.6 -20.7 104.0 1.037
47.0 46.7 -23.5 104.0 1.040
50.0 49.7 -26.7 104.0 1.042
54.0 53.8 -31.5 105.0 1.046
57.0 56.8 -35.5 106.0 1.048
60.0 59.8 -39.8 106.0 1.051
64.0 63.9 -46.3 107.0 1.054
  Direct use of the liquid and physical property data sheet
CM-WB direct type of inhibitory propylene glycol, no dilution, direct use. When the concentration of propylene glycol is 45%, the physical parameters of CM-WB direct use are shown below:
Table 2: Basic physical properties data sheet of CM-WB direct-use antifreeze (propylene glycol concentration 45%)
mass concentration% volume concentration% freezing point ºC boiling point ºC The rupture temperature is ºC The specific gravity was 20ºC
45.0 44.1 -25.0 104.0 -25.0 1.037
Table 3: Detailed physical data sheet of CM-WB inhibitory propylene glycol antifreeze (45%)
end-use temperature ºC -25 -20 -15 -10 0 10
dynamic viscosity cP 120.5 60.7 41.2 28.8 15.3 8.90
Density of kg / m3 1063.5 1057.4 1055.8 1054.0 1050.1 1045.7
heat conductance W/m/K 0.320 0.329 0.333 0.338 0.347 0.355
The specific heat is kJ / kg / K 3.454 3.474 3.492 3.510 3.546 3.581
tension kPa            
end-use temperature ºC
20

40

60

80

90

100
dynamic viscosity cP 5.61 2.67 1.53 1.00 0.84 0.72
Density of kg / m3 1040.7 1029.3 1015.8 1000.3 991.8 982.7
heat conductance W/m/K 0.363 0.376 0.386 0.393 0.395 0.396
The specific heat is kJ / kg / K 3.617 3.689 3.760 3.832 3.868 3.904
tension kPa     17.7 41.7 61.4 88.5
end-use temperature ºC
110

120
       
dynamic viscosity cP 0.63 0.56        
Density of kg / m3 973.1 963.0        
heat conductance W/m/K 0.397 0.397        
The specific heat is kJ / kg / K 3.939 3.975        
tension kPa 124.9 172.7        

 Notes for use

1, prohibited to use tap water, groundwater and other high hardness water dilution;
2. No entry into other unidentified chemicals;
3. In order to extend the working life, it is recommended to use airtight, or use nitrogen seal to isolate oxygen;
4, the normal use of pH> 7.5, when the pH is less than 7.5, please contact senbo chemical technicians;
5. Do not use it in the non-working temperature range; 

Other products we can supply
Engine Cooling Liquid Heat Transfer Fluid with Propylene Glycol
Engine Cooling Liquid Heat Transfer Fluid with Propylene Glycol

                            Corrosion inhibitor                                                              Ethylene glycol based Coolant                             

 
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Engine Cooling Liquid Heat Transfer Fluid with Propylene Glycol

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Engine Cooling Liquid Heat Transfer Fluid with Propylene Glycol

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