EVOMATLAB
Transforming Industry, One Material at a Time.
Revolutionary Material Modification Technology
Our innovative system utilizes high-frequency electromagnetic radiation to impact long molecular chains, altering the structure of materials.
This cutting-edge method allows us to:
Break molecular bonds, improving material properties.
Transform standard metals, such as converting regular aluminum into forged aluminum by treating the molten state.
Accelerate chemical processes without the need for heating.
Our innovative system utilizes high-frequency electromagnetic radiation to impact long molecular chains, altering the structure of materials.
This cutting-edge method allows us to:
Break molecular bonds, improving material properties.
Transform standard metals, such as converting regular aluminum into forged aluminum by treating the molten state.
Accelerate chemical processes without the need for heating.
Potential Areas of Use
Metallurgy:
Converting cast aluminum into forged aluminum without traditional mechanical processing.
Chemical Industry:
Speeding up the dissolution of substances in water without heat, saving energy and resources.
Petrochemistry:
Altering the properties of diesel fuel, transforming winter-grade diesel into summer-grade fuel without additives.
Food Industry:
Accelerating drying or extraction processes without traditional thermal exposure.
Pharmaceuticals:
Enhancing the dissolution of active ingredients in medicines, increasing their bioavailability.
Metallurgy:
Converting cast aluminum into forged aluminum without traditional mechanical processing.
Chemical Industry:
Speeding up the dissolution of substances in water without heat, saving energy and resources.
Petrochemistry:
Altering the properties of diesel fuel, transforming winter-grade diesel into summer-grade fuel without additives.
Food Industry:
Accelerating drying or extraction processes without traditional thermal exposure.
Pharmaceuticals:
Enhancing the dissolution of active ingredients in medicines, increasing their bioavailability.
Energy Efficiency: No need for traditional heating methods.
Time Saving: Accelerates chemical reactions and industrial processes.
Eco-friendliness: Reduces the use of additives and chemicals.
Versatility: Applicable in various industries, from metallurgy to pharmaceuticals.
Time Saving: Accelerates chemical reactions and industrial processes.
Eco-friendliness: Reduces the use of additives and chemicals.
Versatility: Applicable in various industries, from metallurgy to pharmaceuticals.
