NANOBRICK presents various nano materials and application in four product groups
including security, biotechnology, functional and display.
As the core technology of NANOBRIC, the world’s one and only MTX technology has applied to the Security Group,
specialized in the brand protection, document security and financial solution with new nano materials and applications.
M-Tag is an anti-counterfeiting solution that is the world’s first to apply MTX technology to prevent possible duplications. It is the specialized product for brand protection of various consumer goods manufacturers and distributors of cosmetics, pharmaceutical, tobacco, liquor and luxury goods. etc.
M-Pac is a high functional packaging film product with color tunable nano materials. MTX core technology is directly applied to a very beginning of manufacturing process on flexible packaging film for anti-counterfeiting solution.
M-Card is a plastic card based anti-counterfeiting solution that is less likely to be duplicated with MTX (magnetically color changeable photonic crystal). It is applicable to various areas including warranty card, credit card, prepaid card, Identification card, etc. to effectively prevent counterfeiting.
M-SecuPaper is a user friendly document security solution that enables users to create secured documents directly. This specially featured solution with MTX materials and authentication functions is applicable to official documents of government and corporations.
M-SecuPrint is a new security material that allows various printing by utilizing magnetically color tunable photonic crystal (MTX) technology. It is applicable to various security documents such as passport, certification, tax stamp, receipts, tickets, etc and anti-counterfeiting applications.
M-Currency is an outstanding nano material product featured a state-of-the-art nano technology and it has unique security functions specifically developed for the banknote of the financial solution which needs very strict durability and chemical resistance.
NANOBRICK offers an outstanding biotechnology product in separation and purification of specific substances
by utilizing Superparamagnetic Nano particle (SPM) to increase functionality.
M-Bead is developed using superparamagnetic (SPM) material that can separate and purify specific substances (protein, nitrate, cesium, etc.) quickly and simply by the magnetic field.
M-PuriKit is developed specifically to extract a plasmid DNA from a bacterial cultured solution. It is the fastest and easiest way to extract high performance plasmid.
The Functional Product Group features various functionalities in various application
fields with the world’s one and only MTX technology.
M-Paper is an ultra lightweight film product that can be easily written and erased by a magnetic pen. It is environmental-friendly stationery that does not generate dusts or harmful substances.
M-Skin is a functional film that was developed to display the intensity of magnetic field in color of various marking materials devices such as magnetic field measurement instruments and MRI, etc.
As introducing the leading ETX technology into new nano materials,
the Display Product Group offers innovative display solutions that allows to fine tune in sentimental color, full color and transparency even by an ultra low voltage.
EX-Ink is an electrically color changeable material solution that contains dispersed photonic crystal nanoparticles which are finely controlled by the electrical signal to display variable colors in all areas of visible light.
EP-Ink is electrophoretic displayable material solution that contains uniformly dispersed nanoparticles of low dielectric medium with different colors. It is an innovative solution with excellent visibility that allows to maintain a shared color even in the absence of current while more visible under the sunlight.
ET-Ink is an electrophoresis principle carrying transmittance control solution that can adjust transmittance by the external electrical signal. Negatively charged black nanoparticles in a transparent fluid enables to change the position of nanoparticles to delicately control the level of transparency.