About Nano Molecules
The New Frontier of Molecular Performance
- Precision
- Progress
- Power
KIBA Nano Molecules represent a new frontier in technological innovation driving transformation across diverse industries such as healthcare, agriculture, veterinary, textiles, cosmetics, water treatment and paints. At the intersection of science and performance we harnesses the power of nanotechnology to deliver solutions that operate efficiently at the molecular level. This advancement redefines quality, stability and functionality for next generation performance and sustainability.
The Science Behind The Breakthrough
As particle size changes from the micro to the nano scale, the fundamental properties of materials undergo profound changes. Nanoparticles typically less than 100 nanometers in size exhibit distinct physical and chemical behavior due to their atomic scale structure. At this dimension a greater proportion of atoms reside on the surface resulting in significantly enhanced reactivity, solubility, absorption and biological interaction. This unique surface-to-volume ratio enables nano minerals to interact more effectively within biological systems promoting superior catalytic activity, enzyme stimulation and nutrient bioavailability.
By leveraging these nanoscale phenomena, we bridge scientific innovation with real world applications.
Mineral Forms
Minerals exist in Regular, Chelated and Nano forms. Each differs in its structure, solubility, absorption efficiency and overall biological performance.
Absorption Rates
The absorption rate of minerals plays a vital role in determining their biological effectiveness and nutritional value. Each mineral shows a significant difference in how effectively they are absorbed and utilized.
Role of Capping Agents
Capping agents are used to coat and protect nano particles preventing them from aggregating or reacting with the
environment.
Zeta Potential & Zero Valency
Zeta potential is the electrical change at the boundary between nano particle and the surrounding water.
It is the key indicator to determine stability of nano minerals.
Zeta potential of KIBA nano minerals results in zero valency.
Non Interaction Between Different Minerals
Non interaction between different minerals refers to the condition where two or more minerals do not react chemically or physically with each other when they are mixed, stored or used together.
