RSI Rust Scale Ionizer
What is Rust Scale Ionizer ?
A corrosion inhibitor using highly technological methods such as electrochemical galvanic effect and electrostatic effect. A technology that improves the quality of water and prolongs pipe life by generating zinc oxide (Zn2+) which lasts 20 years without the need of additional power supply and thereby preventing oxidation, scale, and water leakage.
Most Common Problem
Corrosion
Scale
Rust
Why the Rust Scale Ionizer?
It is a fact that the majority of our body parts are made up of water. This means that drinking healthy water can prevent various diseases by eliminating its potential
Features 1 Water quality improvement
Prevents and eliminates rust and water scum. Improves the condition of turbidity, evaporation residues and heavy metals to supply healthy water.
Features 2 Economic Effects
Apartments and buildings have a mid-management cost savings compared to the entire product life at a cost of about 1 per cent compared to pipe replacement.
Features 3 No waste when replacing pipelines
When replacing pipes, the use of chemicals no longer necessary
Features 4 Water-softening effect
The cleaning effect increases by 3.7 times better than other tap water, as a result of the water softening effect.
Features 5 Various effects
Benefit from various kinds of effects such as piping and filter because of the long distance it covers so that it can be used in domestic household water meter, toilet, bathtub and so on.
Product structure and principle
It consists of brass on the outside, zinc and fluorine resin on the inside. The fluorine resin generates static electricity, and the ionization of special zinc generates 1 Volt of electricity, which changes from a bed structure attached to the pipe into a non-stick ball structure to remove and prevent rust, scale, etc.
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01Step
Maximization of electron (2e-) generated by potential difference between dissimilar metals
- Electron emission using potential difference between brass / metal zinc (0.924V)
- Increase of electron emission by increasing a contact area between water and metal zinc
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02Step
Reduction of O2 to OH- by released electrons
Reduction of O2 to OH- by released electrons will decrease a dissolved oxygen concentration, increasing corrosion potential of Fe → Delay of corrosion
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03Step
Magnetization in metal piping
- Hydroxide ions (OH-) produced by the released electrons (e-) are coupled with ferric ions (Fe2+, Fe3+)
- Magnetite formation through the FeO and Fe2O3 formation and the bonding
Differences method of construction Comparison with other methods
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Replacement of piping
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- The most common way
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- The final stage of piping management due to high cost and pollution problem
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Cleaning
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- Low cost
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- Must be carried out periodically and constantly incurred
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Coating
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- Simple removal of rust, scale and water
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- Concern raised about health epidemics caused by carcinogenic substances (bisphenol A) in raw materials
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Chemicals
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- Cheapest
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- Concern raised for health and deterioration of water quality, continuous input
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Differences method of construction Comparison with other methods
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- Addressing foodborne bacteria and corrosion problems
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- Solve problems of germs, water scale and high management cost
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- Low cost, most economical
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- Demonstrated confirmation of effectiveness
Types and Problems of Piping
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Copper pipes
- Problems of blue/green stain after 5 years (harmful for human body)
- Especially common in Korea
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Stainless steel pipe
- Problems of germs and bacteria after 5 years
- Partial occurrence in every 10 years
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Cast iron pipe
- Problems of scale and rust
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Cement lining pipe
- Problems with coating peeling
- No rehabilitation in the event of a rusted water.
Types and Problems of Piping
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PE pipe
- Problems with germs and bacteria after 3 years
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Zinc galvanized steel pipe
- Problems with rusted water after 7 years
- Leakage after 10 years
- Requires the replacement of 15-year-old pipes
- Replacement of pipes in 15 years
RSI Rust Scale Ionizer Working Principle
