Part No: RXSOL-40-4028-025
RXSOL-40-4028 creates an insoluble polymeric surface complex on copper and its alloys also works synergistically with other inhibitors to effectively control the corrosion of steel and aluminium in the system.
RXSOL Triazole-Based Corrosion Inhibitor
For Closed and Open Cooling Water Systems
Brand: RXSOL
Product Category: Industrial Water Treatment Chemicals
Chemical Base: Tolyltriazole (TTA) / Benzotriazole (BTA)
Application: Cooling Towers, Chilled Water Systems, HVAC Circuits, Heat Exchangers and Industrial Cooling Water Networks
Supplementary corrosion inhibitor - open or closed cooling systems
RXSOL-40-4028 is an innovative, supplementary corrosion inhibitor developed specifically for use in open or closed cooling systems.
In particular, RXSOL-40-4028 creates an insoluble polymeric surface complex on copper and its alloys, and also reacts with copper in solution. RXSOL-40-4028 also works synergistically with other inhibitors to effectively control the corrosion of steel and aluminium in the system.
Control and dosage of RXSOL-40-4028 - The dosage of RXSOL-40-4028 required varies widely with different applications.
Recommended Dosing
These values refer to active triazole concentration in circulating water, not the amount of commercial product.
|
Application |
Indicative Active Triazole Target |
|---|---|
|
Open cooling tower – initial treatment |
10–20 ppm |
|
Open cooling tower – maintenance |
1–3 ppm |
|
Closed cooling water system |
2–10 ppm, according to metallurgy and program |
|
Aggressive water conditions |
Determine from corrosion testing |
Typical open-tower passivation and maintenance ranges are supported by published cooling-water treatment guidance. Closed-loop requirements can vary significantly, particularly with mixed metallurgy.
For a product containing 19.8% active triazole, a theoretical 5 ppm active treatment in 100,000 litres requires approximately 2.53 kg of product, excluding consumption and system losses.
Typical initial dosage for an untreated system is 8 liters of product per 1000 liters of water.
Technical Specifications
|
Parameter |
Characteristics |
|---|---|
|
Appearance |
Clear to Pale amber liquid |
|
Base Content |
Triazole |
|
pH at 25°C |
Alkaline; establish validated range |
|
Specific Gravity |
>1 |
|
Water Compatibility |
Dilutable in treatment water |
|
Foam Formation |
Low, subject to testing |
|
Shelf Life |
Establish through stability testing |
Corroision Inhibitor for closed & Open cooling system manufacturer and supplier in Fujairah, Dubai, Sharjah, Ajman, Sharajah, UAE MIddel East, Muscat, Barka, Sohar Oman, Mumbai, Kolkata, Vizag, Chennai, Gandhidham, Surat Gujrat, Nairobi Kenya, Canada
Key Advantages
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Excellent corrosion inhibition for copper and copper alloys.
-
Helps minimize copper corrosion and metal-ion release.
-
Suitable for open and closed cooling water systems.
-
Compatible with many phosphate, phosphonate, molybdate and polymer-based treatment programs, subject to testing.
-
Helps protect copper tubes in condensers and heat exchangers.
-
Available as a concentrated liquid formulation.
-
Can be formulated as a nitrite-free product.
-
Suitable for integration into multi-metal corrosion inhibitor programs.
Important: Triazoles primarily protect copper and copper alloys. For carbon steel, cast iron and aluminium, additional corrosion inhibitors are generally necessary.
Product Description
RXSOL Triazole-Based Corrosion Inhibitor is a specialized corrosion-control treatment designed to protect copper, brass, bronze and copper-alloy components in industrial cooling water systems.
The product utilizes triazole chemistry to form a protective film on copper-containing surfaces, minimizing metal dissolution, corrosion and copper-ion release.
It can be incorporated into both open recirculating and closed-loop cooling water treatment programs.
RXSOL-40-4028-025 is water treatment chemicals and cleassified as a cooling water treatment chemicals. RXSOL-40-4028-025 principally works as corrosion inhibitors in cooling water treatment chemicals.
RXSOL-40-4028-025 most commonly used as a corrosion inhibitor for open closed cooling water systems.