Potable Water Corrosion Inhibitor

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RO Chemicals-33

Potable Water Corrosion Inhibitor

SKU: RXSOL-32-3113-025
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 surf
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Technical Specifications

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

Application & Dosage

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 System Corrosion Inhibitor is intended for corrosion-control programs involving:
  • 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.
It may also be considered for systems experiencing:
  • 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.

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