Manufacture process
LSD-Ball is a ceramic product made by molding plant silica and dozens of natural minerals and firing them at a high temperature of 1350 degrees, and our scale doctor ball is produced through a special manufacturing process.
· A picture showing the structure of a general water molecule and the structure of a water molecule in a cleaved state using LSD-Ball
· When water molecules in the aggregated state act in the form of individual water molecules, the activity of water increases.
Imaging Graph
· The size of the set of water molecules in normal tap water : 120.2Hz
· Size of the set of water molecules that passed through LSD-Balls : 63.9Hz
· Using a charged particle measuring device, room temperature 30 °C, humidity 42%
· Emission test under the condition of 106/cc of anion water in the atmosphere
Function of LSD-Ball
Scale Prevention and Removal
· Prevention : Ca2+ + 2e- → Ca (Stabilized in particulate form)
Ionic Ca2+, Mg2+, etc. react with the anion electrons of LSD-Ball and stabilize in the form of solid particles.
· Removal : CaCO3 + CO2 + H2O à Ca(HCO3)2
Free carbon dioxide causes the scale on the inner wall of the pipe to flow down as calcium bicarbonate.
Function of LSD-Ball
Corrosion Prevention
and Removal
· Prevention : LSD à LSD+ +e- (iron oxidation inhibition)
Oxidation (corrosion) does not occur because the iron is not ionized by constantly emitting electrons from the
LSD-Ball to block the electron emission from iron.
· Removal : H2O2 + Fe2+ → +FeO + H2O
FeO + Fe2O3 → Fe3O4 (Magnetite coating phenomenon)
Hydrogen peroxide (H2O2) generated by the change of water molecules by LSD-Ball forms an iron ore film
Function of LSD-Ball
Slime Prevention
and Removal
· Silver nanoparticles containing LSD-Ball adsorb to the cell wall of microorganisms and then enter the cytoplasm while destroying the cell wall and are deposited. And due to the destroyed cell wall, the microorganisms are
inactivated by releasing the intracellular components out of the cell.
· It inactivates microorganisms by directly reacting with the cytoplasmic membrane to release K+ ions from the
cytoplasmic membrane.
· Among the intracellular components, it has the property of reacting better with DNA than with phosphate
groups, so it reacts with DNA and inhibits cell division.
Function of LSD-Ball
Odor preventionand removal
· The LSD-Ball continuously emits anions to decompose organic chemicals and decompose into stable water (H2O), carbon dioxide (CO2), and oxygen (O2).
· Prevention : Ca²⁺ + 2 e⁻ → Ca (Stabilized in particulate form)
Ionic Ca²⁺ , Mg²⁺ , etc. react with the anion electrons of LSD-Ball and stabilize in the form of solid particles.
· Removal : CaCO₃ + CO₂ -> Ca(HCO₃)₂
Free carbon dioxide causes the scale on the inner wall of the pipe to flow down as calcium bicarbonate.
· Prevention : LSD -> LSD⁺ + e⁻ (iron oxidation inhibition)
Oxidation (corrosion) does not occur because the iron is not ionized by constantly emitting electrons from the
LSD-Ball to block the electron emission from iron.
· Removal : H₂O₂ + Fe²⁺ -> FeO + H₂O
FeO + Fe₂O₃ -> Fe₃O₄ (Magnetite coating phenomenon)
Hydrogen peroxide(H₂O₂) generated by the change of water molecules by LSD-Ball forms an iron ore film
· Silver nanoparticles containing LSD-Ball adsorb to the cell wall of microorganisms and then enter the cytoplasm while destroying the cell wall and are deposited. And due to the destroyed cell wall, the microorganisms are
inactivated by releasing the intracellular components out of the cell.
· It inactivates microorganisms by directly reacting with the cytoplasmic membrane to release K⁺ ions from the
cytoplasmic membrane.
· Among the intracellular components, it has the property of reacting better with DNA than with phosphate
groups, so it reacts with DNA and inhibits cell division.
· The LSD-Ball continuously emits anions to decompose organic chemicals and decompose into stable water
(H₂O), carbon dioxide (CO₂), and oxygen (O₂).
TEL. +82-2-6952-2599 | FAX. +82-2-6954-2599 | info@laolbio.com
R 1205, 42, Magokjungang 6-ro, Gangseo-gu, Seoul
490-23, Chungcheong-daero, Wonnam-myeon, Eumseong-gun, Chungcheongbuk-do
Laol Bio Co., Ltd. owns the copyright for production materials and photo images, and unauthorized use is prohibited under any circumstances. We inform you that criminal charges will be taken without prior warning in case of image editing, unauthorized copying, reprinting, or redistribution that violates copyright.
