Potable Water Corrosion Inhibitor is a Silica Corrosion Inhibitor for Water Tank MANUFACTURER exporter and supplier in India, MiddleEast UAE, Oman, Sudan, Yemen, Fujairah, Dubai, Sharjah, Ajman, Abudhbai, Barka Sohar Muscat, Mumbai, Kolkata, Chennai, Visakhapatnam, Haldia, Paradip, Patna, Varanashi
SURAT CHEMICAL TAG:
RXSOL-32-3113-025 is a specially formulated, silica-based product for reducing corrosion normally associated with marine and offshore potable/fresh water storage systems. Use this product into the storage tank will form a protective barrier-type film on internal metal surfaces. In addition, RXSOL-32-3113-025 will not impart any color, odor or taste to water being treated.
Potable Water System Corrosion Inhibitor is a concentrated, multi-functional corrosion control treatment formulated primarily with orthophosphates and stabilized zinc salts for use in potable and process-water distribution systems.
The product is designed to control corrosion by developing a thin, stable and evenly distributed protective film on internal metallic surfaces. The phosphate component assists in passivating and conditioning metal surfaces, while the zinc component enhances corrosion inhibition, particularly on ferrous metals.
The treatment is especially useful for aggressive waters having low hardness, low alkalinity or low mineral content, including RO permeate and lime-softened water, where untreated water may have a significant tendency to attack metallic distribution systems.
When correctly applied and maintained, the product can help reduce general corrosion, tuberculation, red-water problems and the release of corrosion products from iron, galvanized steel, copper and other compatible metallic components.
Advantages of using RXSOL Potable Water System Corrosion Inhibitor
| Feature | Benefit |
|---|---|
| Phosphate–zinc corrosion inhibitor | Provides multi-mechanism corrosion protection |
| Protective-film technology | Develops a thin protective barrier on internal metal surfaces |
| Suitable for aggressive low-mineral water | Particularly useful for RO permeate and softened water |
| Ferrous-metal protection | Helps reduce corrosion of steel, iron and galvanized piping |
| Copper-system protection | Can assist in reducing copper release when correctly dosed |
| Lead corrosion control support | Proper phosphate treatment may reduce lead release from plumbing materials |
| Scale-conditioning action | Polyphosphate helps control deposition of certain hardness and iron compounds |
| Distribution-system protection | Helps reduce corrosion products, discoloration and tuberculation |
| Continuous treatment | Designed for proportional dosing into the water supply |
| Operational savings | May reduce corrosion-related leaks, failures and maintenance requirements |
Protect potable water systems from red water. Protect systems for corrosion using RXSOL Corrosion Inhibitor for Potable Water Systems.
RX Marine International maintains Material Safety Data Sheets on all of its products. Material Safety Data Sheets contain health and safety information for your development of appropriate product handling procedures to protect your employees and customers.
Our Material Safety Data Sheets should be read and understood by all of your supervisory personnel and employees before using Rxsol products in your facilities.
Copper and Lead Control
Appropriately designed phosphate-based corrosion-control programs may reduce the dissolution and release of copper and lead from plumbing systems.
However, performance is highly dependent on water chemistry, pipe age, existing scales, pH, alkalinity, disinfectant chemistry and phosphate species. For this reason, claims concerning lead or copper reduction should be supported by system-specific testing and monitoring.
Chlorinated / Chloraminated Systems
The product may be incorporated into corrosion-control programs used alongside chlorine or chloramine disinfection where the formulation and dosage are compatible with the applicable drinking-water treatment requirements.
Corrosion control can indirectly help maintain distribution-system integrity and reduce reactions associated with corrosion products. However, claims of reduced chlorine demand or reduced THM formation should be verified for the specific water system, as THM formation depends principally on disinfectant conditions and organic precursor chemistry.
Appearance: Clear, liquid
Specific Gravity at 25° C (77° F): 1.4
Flash Point (PMCC): None
Freeze Point: 0° C (32° F)
| Property | Typical Value |
|---|---|
| Appearance | Clear liquid |
| Colour | Colourless to pale yellow* |
| Odour | Mild / characteristic |
| Chemical Type | Phosphate–zinc corrosion inhibitor |
| Solubility in Water | Completely dispersible / soluble |
| pH | Formulation dependent |
| Application | Continuous proportional dosing |
| Flash Point | Not normally applicable for aqueous formulation |
| Storage Stability | Good under recommended storage conditions |
Features & Benefits
|
Features |
Benefits |
|
Odorless/tasteless |
Recommended for potable/fresh water tanks |
|
Concentrated liquid |
Cost effective and Easy to apply |
|
Forms protective silicate film |
Protects potable and fresh water tanks against corrosion.Prevents red water conditions |
|
Drinking Water Additives |
Safe to use |
It is use for protect the corrosion in Potable Water Tank, Pipe and Ballast water tank.
Prevent Red Water Systems using specialized corrosion protection package by RXSOL:
- Potable-water distribution networks;
- Municipal water-treatment systems;
- Industrial potable-water networks;
- RO permeate distribution;
- Desalinated-water distribution;
- Lime-softened water;
- Low-hardness and low-alkalinity water;
- Steel and iron distribution piping;
- Galvanized steel piping;
- Compatible copper plumbing;
- Mixed-metal water-distribution systems;
- Storage and transfer systems where approved for the intended water service.
- Red or rusty water;
- Elevated iron caused by pipe corrosion;
- Premature pipe deterioration;
- Pinhole leaks;
- Corrosion-related maintenance;
- Excessive metal release;
- Aggressive RO/desalinated water;
- Internal tuberculation and corrosion deposits.
A potable-water corrosion-control program should consider:
pH • alkalinity • hardness • chloride • sulphate • conductivity • dissolved inorganic carbon • temperature • disinfectant residual • phosphate residual • zinc concentration • iron • copper • lead
A fixed universal product dosage should not be specified until the product's actual SHMP and ZnCl₂ concentrations are known.
Mechanism of Potable Water System protection using RXSOL Corrosion Inhibitors
- condition metallic surfaces;
- reduce direct interaction between aggressive water and the pipe wall;
- sequester low concentrations of iron and manganese;
- reduce deposition and discoloration associated with corrosion products; and
- support formation and maintenance of protective surface films.
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