CorroSOL 40 Nitrite Corrosion Inhibitor
Nitrite based corrosion inhibitor for excellent protection for chilled water, LTHW systems. CorroSOL 40 Nitrite Corrosion Inhibitor is a nitrite-borate based corrosion inhibitor containing an additional organic inhibitor to protect steel, copper and other non-ferrous metals. As such CorroSOL 40 Nitrite Corrosion Inhibitor is an ideal treatment for closed chilled water and low pressure heating systems.
|
Appearance |
Colourless |
|
Odour |
Odourless |
|
pH |
11-12 approx |
| Boiling Point / Boiling Range |
Not determined |
|
Melting Point/Melting Range |
N/A |
| Flash Point | N/A |
| Flammability | Non flammable |
| Autoflammability | N/A |
| Explosive Properties | N/A |
| Oxidising Properties | N/A |
| Vapour Pressure | Not determined |
| Relative Density | 1.18 approx |
| Solubility in water | Miscible |
| Solubility in other solvents | Not determined |
| Partition coefficient and N-octanol/water | ---------- |
| Other Data |
None |
Engine Jacket Cooling or heating system, Chiller Water Circuit, Glycol Brine System, Hot Water or steam Circuit, Engine Coolant,Process chilling and heating system etc.
Dosage
TYPICAL DOSE : 5 – 7 litres / 1000 litres of system water and make-up
Nitrite base Corrosion Inhibitor for Water and Glycol Brine is normally fed continuously to the re-circulating closed system by injection dosing pump of dosed to the expansion tank. The amount of Nitrite base Corrosion Inhibitor for Water and Glycol Brine required to inhibit corrosion depends on the type of system and plant operating conditions. The specific dosage rates can be specified by the testing and given parameter.
Useful Area
Industrial Usage
Description :::
Nitrite based Corrosion Inhibitor for Water and Glycol Brine system is a multimetal corrosion inhibitor based on nitrate and other organic compounds with special yellow metal corrosion inhibitor and antiscaling chemical that helps to prevent scale deposition or also removes adhering loose scale deposits from the heat transfer fluid system.
The disadvantages of not treating the closed circuit water can be equally troubling for the system operator:-
1. Leakage in PHE and AHU due to corrosion
2. Plugging and clogging of tubes and reduced flow rate
3. REduced heat transfer
4. Need of regular descaling that incurs shutdowns, loss of labour and time
5. Fouling of brine of chilled water
Chemical treatment removes dissolved oxygen that causes oxidation of metal to metal oxide i.e., Iron + Oxygen = Iron Oxide (Rust)
The chemical also contains a specific inhibitor to protect the copper from corrosion and removes/prevents any sort of scale formation in the system.
Application :::
Engine Jacket Cooling or heating system, Chiller Water Circuit, Glycol Brine System, Hot Water or steam Circuit, Engine Coolant, Process chilling and heating system etc.
DOSAGE :::
Nitrite base Corrosion Inhibitor for Water and Glycol Brine is normally fed continuously to the re-circulating closed system by injection dosing pump of dosed to the expansion tank. The amount of Nitrite base Corrosion Inhibitor for Water and Glycol Brine required inhibiting corrosion depends on the type of system and plant operating conditions. The specific dosage rates can be specified by the testing and given parameter.
Specification :::
| Chemical Type | Organic Chemical Compound | |
| Form | Liquid | |
| Specific Gravity | 1.1+_0.05 | |
| pH | 12+_1 | |
| Soluble in Water | Solubility Completey |
Benefit :::
Zero or negligible loss of metal or corrosion Excellent heat transferability and flow rate No need of descaling closed circuit equipment Long and extended life of Water without fouling.
TREATMENT Feature
Remarks
Supply Locations
Corrosion Inhibitor Nitrite Borax based for cooling water circulation system manufacturer and supplier in Dubai, Nairobi, Mombasa, Kenya, Uganda, Mumbai, Kolkata, Visakhapatnam, Chennai, Haldai, Ennore, Paradip, Gandhidham, Surat, Canada, Dubai, Sharjah, Ajman, Abudhabi, UAE Middle East, Sohar Barka Muscat Oman