Corrosion Inhibitor for Multi Metal Cooling Water

RXSOL Corrosion Inhibitor for Multi Metal Cooling Water

Product Code: RXSOL-40-4011-020
Application: Treatment of Cooling and Retort Water

PRODUCT DESCRIPTION AND APPLICATION

RXSOL Corrosion Inhibitor for Multi Metal Cooling Water is a specially formulated corrosion inhibitor blend designed to protect multiple metals commonly found in closed recirculating cooling and retort water systems.

RXSOL-40-4011-020 is easy to apply and control. Its built-in pH buffering system helps maintain the circulating water within an optimum pH range, thereby reducing corrosion and providing effective protection to system metallurgy.

The product provides corrosion protection for systems containing carbon steel, copper, brass and other compatible metals and alloys, making it particularly suitable for multi-metal closed cooling circuits.

An indicating dye incorporated into the formulation assists with visual identification of treated water and can help in the detection of system leakage.

RXSOL-40-4011-020 is suitable for use with uninhibited antifreeze solutions and is formulated to be compatible with commonly used gaskets, pump seals and other non-metallic components when used at the recommended concentration.

Corrosion Inhibitor Additives for Water system ::: Alkaline Corrosion Inhibitor blend for multi-metal protection in closed-loop and chilled cooling water CLOSED circulating system.
This is a Highly effective INHIBITOR for closed loop , line chilled water with unique dual control of corrosion and scale from system.

This closed water treatment chemicals are  designed to treat hot and chilled water systems. The product contains a combination of molybdate, borate, and silicate formulated to minimize corrosion and deposition. The product comes in a clear and also a variant pink appearance form.
 

RXSOL-40-4011-020 is a superior multifunctional, molybdate-based chemical treatment used for the control of corrosion in closed cooling systems and chilled water systems. RXSOL-40-4011-020 is a liquid product containing a combination of ferrous and non-ferrous corrosion inhibitors, a non-carbonate buffer, scale inhibitors, dispersants and a leak detection dye.

Multi-metal corrosion protection • Built-in pH buffering • Suitable for closed recirculating systems • Helps protect steel and copper alloys • Indicating dye for easier leak identification • Compatible with uninhibited antifreeze • Suitable for cooling and retort water treatment

Applications

RXSOL-40-4011-020 is recommended for:

• Closed recirculating cooling-water systems
• Retort cooling-water systems
• Engine and machinery cooling circuits
• Chilled-water systems
• Closed-loop industrial cooling systems
• Multi-metal cooling circuits
• Systems containing glycol-based uninhibited antifreeze
• Industrial equipment requiring long-term corrosion protection

Cooling water treatment specified corrosion inhibitior for multi-metal containng cooling systems to operate at high or low temperatures.

Alkaline Corrosion Inhibitor blend for multi-metal protection in closed-loop and chilled cooling water CLOSED circulating system

Dosage

For systems containing no aluminium, RXSOL-40-4011-020 should be dosed at 0.5 to 1% (5 L–10 L/ 1000 L) in order to give a reserve of 50 ppm of sodium molybdate. For systems containing aluminium, the dosage of 1–1.5% should be added in order to maintain a minimum reserve of 100 ppm of sodium molybdate. In certain circumstances it may be necessary to adjust the pH separately by the addition of pH CONDITIONER - your Consultant will advise. In systems requiring significant passivation/higher initial dosages may be required to yield the required inhibitor residual.

Normal treated water control limits

pH 7.0 - 9.0 (Without Aluminium)

pH 7.0 - 8.0 (With Aluminium)

For systems containing aluminium it is important to maintain the system water pH in the range 7.0 - 8.0. Occasionally depending on the water characteristics and system treatment history the pH may rise above pH 8.0 which means that the risk of aluminium corrosion is increased - if this happens then high pH can be reduced by adding an appropriate quantity of pH Conditioner.

Notes

Very effective to Controls corrosion on brass, aluminum, steel, and stainless steel
Extends equipment life & Improves overall equipment efficiency

Precautions

Keep in a tightly closed container in storage closed area . Recommended storage temperature is 50⁰C
 

Supply location

Corrosion Inhibitor for Multi Metal Cooling Water manufacturer supplier distributor in Mumbai, Kandla, Kolkata, Vizag, Chennai, India, Fujairah, Dubai UAE, Muscat Oman, Kenya Africa. Get the best quality of Corrosion Inhibitor for Multi Metal Cooling Water at a competitive price from us. We have ready stock of Corrosion Inhibitor for Multi Metal Cooling Water in India, UAE Gulf, Oman, Kenya Africa. Contact us for bulk as well as small orders.

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How to Maximize efficiency of Cooling Tower / Chiller Systems

• Control Scale Formation: Maintain proper water chemistry and use an effective scale inhibitor to prevent calcium, magnesium and silica deposits on heat-transfer surfaces.
• Prevent Corrosion: Maintain pH within the recommended operating range and use suitable corrosion inhibitors to protect carbon steel, copper and other system metals.
• Control Microbiological Growth: Maintain an effective biocide program to control bacteria, algae, fungi and biofilm that can reduce heat transfer and restrict water flow.
• Optimize Cycles of Concentration: Monitor conductivity/TDS and control blowdown to maximize water efficiency without allowing excessive dissolved solids or scaling.
• Keep Heat-Transfer Surfaces Clean: Regularly inspect and clean condenser tubes, evaporators, cooling-tower fill and strainers. Even relatively thin deposits can reduce heat-transfer efficiency.
• Monitor Chilled & Condenser Water: Routinely check pH, conductivity, hardness, alkalinity, chlorides and inhibitor residuals; investigate abnormal trends before they develop into major problems.
• Maintain Proper Water Flow: Inspect pumps, strainers, nozzles, valves and cooling-tower distribution systems to ensure uniform flow and avoid low-flow areas, fouling and poor heat transfer.
• Inspect & Clean Regularly: Schedule periodic cleaning, descaling and system inspection based on operating conditions and water-quality trends rather than waiting for a noticeable loss of performance.
• Track System Performance: Log temperatures, pressures, approach temperature, conductivity, chemical residuals, make-up and blowdown. Trending these values helps identify fouling and efficiency losses early.
• Protect During Shutdown: For seasonal or standby systems, drain or preserve equipment correctly and maintain appropriate corrosion and microbiological protection during extended shutdown periods.