R&D
RESEARCH FIELDS
The development of the market and customer customized porous INCUBE materials (Including the MOFs)
Regarding the Lab INCUBE technology research center, in the units of the angstrom, nano, and micro, by adjusting the intervals between the molecules, it has been researching and developing the materials that can support, protect, and deliver the target substances that have the sizes that are different from each other inside.
By quickly responding to the demand performances of the market and the customers, we will exert the utmost efforts in order to be able to provide the customized porous INCUBE materials (Including the MOFs) that can substitute the preexistent materials.
core technology
Developed technology to selectively capture various substances by adjusting intermolecular spacing
MAIN RESEARCH FIELDS
Developed porous INCUBE materials (including MOFs) that can selectively capture target materials and are continuously being studied for application in various fields
INCUBE Material Definition
- The platform technology that can selectively capture, protect, and adjust the release of the substance (ingredient) that is desired and the material using this.
- As an apartment-type supporting body that was made through the technology of adjusting the distances between the molecules, the protection and release of the diverse substances, including the drugs, the proteins, the viruses, the cells, etc.
The original patent
- The metal organic complex particles and the compositions that include the metal organic complex particles.
- The application number: 10-2021-0192388. The day of the application: January 15, 2021.
The constituent ingredients of the core material can be applied differently according to the field of the application.
- The medical field : The use of the raw material that was permitted with a food code.
- The industrial field : The use of the raw material that can be used according to the industrial safety and health law.
INCUBE materials can be designed in a variety of ways, including selective capture, protection, and controlled release
01
The control of the special characteristics of the nano space.
The control of the space for the separation and the storage of the gases and molecules.
02
The control of the surface charge of the individual particles.
The control of the mutual interaction of the molecules and the proteins.
03
The creation of the micro space and the control of the special characteristics.
The provision of a space for the storage of the DNAs, the viruses, and the cells.
04
The granting of the function that is needed by the individual space.
The improvement of the selectivity and the functionality.
05
The complex functionalization through the combination of the high molecules.
The control of the speed of the sustained release.