Usage/Application | Industrial Use |
Physical State | liquid |
Form | Liquid |
Storage Temperature | 40 |
Grade | industrial |
Color | pale yellow |
Active Content | 99.9% |
Ph Range | 8.5 |
Temperature Range | 30 |
Specific Gravity | 1.0 |
Purity | 99.9 |
Shelf Life | 2year |
orrosion inhibitors that boil with the coolant (as opposed to being left behind as a salt when the coolant boils) are needed. These tend to be additives such as amines that rise with the vapour and when the vapour condenses they form protective salts similar to traditional coolant additive mechanisms. Importance to test coolant corrosion.
Usage/Application | Industrial Use |
Physical State | liquid |
Form | Liquid |
Storage Temperature | 40 |
Grade | industrial |
Color | pale yellow |
Active Content | 99.9% |
Ph Range | 8.5 |
Temperature Range | 30 |
Specific Gravity | 1.0 |
Purity | 99.9 |
Shelf Life | 2year |
orrosion inhibitors that boil with the coolant (as opposed to being left behind as a salt when the coolant boils) are needed. These tend to be additives such as amines that rise with the vapour and when the vapour condenses they form protective salts similar to traditional coolant additive mechanisms. Importance to test coolant corrosion.