Description

Corrosion inhibitor/antifoulant – cooling water, closed circuit systems

RXSOL-40-4025-025 is a superior corrosion inhibitor developed for closed water circulating systems. RXSOL-40-4025-025 is based on a blend of organic and inorganic corrosion inhibitors intended to protect steel, copper and other non-ferrous metals. RXSOL-40-4025-025 is an ideal treatment for closed chilled water and low pressure heating systems. RXSOL-40-4025-025 is NOT intended for use in systems containing Aluminium. When compared with more traditional nitrite-borate based corrosion inhibitors RXSOL-40-4025-025 offers the benefit of a lower dosage rate and will raise the system TDS to a much lesser degree.

Dosing of RXSOL-40-4025  should be dosed at 1000 – 2000 ml/m3 in order to give an active reserve of 200ppm of sodium nitrite. In systems requiring significant passivation higher initial dosages may be required to yield the required nitrite residual.

RXSOL-40-4025-025 gives complete protection against corrosion and fouling by marine growth such as algae, moss, shellfish andmicro-organisms in seawater cooling systems. It is also usedas an effective biocide to treat diesel engine cooling watersystems against micro-organisms and bacteria.

Technical Bulletin

Corrosion inhibitor/antifoulant – cooling water, closed circuit systems

RXSOL-40-4025-025 is a superior corrosion inhibitor developed for closed water circulating systems. RXSOL-40-4025-025 is based on a blend of organic and inorganic corrosion inhibitors intended to protect steel, copper and other non-ferrous metals. RXSOL-40-4025-025 is an ideal treatment for closed chilled water and low pressure heating systems. RXSOL-40-4025-025 is NOT intended for use in systems containing Aluminium. When compared with more traditional nitrite-borate based corrosion inhibitors RXSOL-40-4025-025 offers the benefit of a lower dosage rate and will raise the system TDS to a much lesser degree.

Dosing of RXSOL-40-4025  should be dosed at 1000 – 2000 ml/m3 in order to give an active reserve of 200ppm of sodium nitrite. In systems requiring significant passivation higher initial dosages may be required to yield the required nitrite residual.

RXSOL-40-4025-025 gives complete protection against corrosion and fouling by marine growth such as algae, moss, shellfish andmicro-organisms in seawater cooling systems. It is also usedas an effective biocide to treat diesel engine cooling watersystems against micro-organisms and bacteria.

Anti-foulant and corrosioninhibitor for sea watercooling systems

It should be preferably be started on a clean system since it is formulated to prevent growth rather than remove existing growth of microorganism < bacteria , fungi , larvae etc.. ( EXISTING GROWTH  CAN BE CLEAN BY USING RXSOL-11-1008--DC / RXSOL-54-1008-SA  )

For sea water cooling systems

Dose 150 – 500 ML of  RXSOL-40-4025-025   for every 100 tons of sea water flowing through the system per hour. The treatment should be applied daily when the vessel is on coastal waters. Normally  the treatment is not required when sailing deep sea .
3 PPM of RXSOL-40-4025-025 is sufficient to prevent fouling.

FRESH WATER COOLING WATER
RXSOL-40-4025-025 is also a recommended biocide to be used inconjunction with NCLT COOLINg WATER TREATMENT in case of contamination of microorganisms in the fresh water cooling system. It is effective over a broad pH range and gives awider spectrum of protection against micro-organisms in marine diesel engine cooling system. In this case, 100 PPMof RXSOL-40-4025-025 or 1Ltr for 10 tons of water, added on aweekly basis. The product should be applied to the expansiontank to ensure immediate circulation into the system.

# Effectively control  MICROORGANISM GROWTH, Prevents marine growth in filterboxes, sea water lines and heatexchangers
# Economical , reduce down time cost , also doesn’t require  any special monitoring, Consistent usage provides longlasting protection
# Also control biological corrosion
# Filming properties protect systemsagainst corrosion
# Ensures maximum thermalefficiency by keeping heat transfersurfaces free from deposits
# Reduces maintenance and downtime
# Non-toxic and non-pollutant PRODUCT

Note :

1 . Avoid to use in any food area / food crop ( FARMING PURPOSE ).
2 . It is strongly recommended to clean entire fouled contaminated system prior to its use . 
3.  IT SHOULD ONLY BE DILUTED WITH FRESH WATER .
4. Causes eye and skin irritation , WORKERS must wear all chemical resistant apron and face mask , long pants , shoes. Strictly avoid contamination  of food items.
 

 

 

Label

Corrosion inhibitor/antifoulant – cooling water, closed circuit systems

RXSOL-40-4025-025 is a superior corrosion inhibitor developed for closed water circulating systems. RXSOL-40-4025 is based on a blend of organic and inorganic corrosion inhibitors intended to protect steel, copper and other non-ferrous metals. RXSOL-40-4025 is an ideal treatment for closed chilled water and low pressure heating systems. RXSOL-40-4025 is NOT intended for use in systems containing Aluminium. When compared with more traditional nitrite-borate based corrosion inhibitors RXSOL-40-4025 offers the benefit of a lower dosage rate and will raise the system TDS to a much lesser degree.

Dosing of RXSOL-40-4025 should be dosed at 1000 – 2000 ml/m3 in order to give an active reserve of 200ppm of sodium nitrite. In systems requiring significant passivation higher initial dosages may be required to yield the required nitrite residual.

LABEL PROPERTY

Appearance ……………………………………………………………. Colourless

Odour ……………………………………………………………………. Odourless

pH ………………………………………………………………………… 11 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 …………………………………………………….. 1.22 approx
Solubility in water …………………………………………………… Miscible
Solubility in other solvents ………………………………………… Not determined
Partition coefficient and N-octanol/water ……………………….. ———-
Other Data ……………………………………………………………. None