OUR PRODUCTS

Today NANUM is known worldwide for the production of Magnetic Dispersions and Aqueous MICR inks, made of ceramic, with state-of-the-art and innovative technology in the security market.

Our products present great performance during application and have unique properties, which stand out:

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High product stability, obtained from the innovative functionalization process;

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Homogeneous nanoparticles size distribution;

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Excellent magnetic property when exposed to a magnetic field;

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Long durability of magnetic properties in printed documents.

The functionalization of the nanoparticles, carried out with our proprietary patented technology, guarantees high stability for the product and high-performance during use, in addition to extended shelf life.

MAIN PRODUCTS

We have five product lines focused on the security printing market:

Nanum Magnetic Dispersion

The Aqueous Magnetic Dispersions of NANUM Nanotecnologia are produced with special ceramic nanoparticles and developed for use as magnetic pigment (dispersion) in Inkjet MICR Inks production.

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Nanum Inkjet MICR Ink

The Aqueous Inks from NANUM Nanotecnologia, produced from our Aqueous NANUM Magnetic Dispersion, are a technological evolution in terms of occupational and environmental health.

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MICR Ink Cartridges and Bulk for Inkjet Printers

We offer our MICR Ink in original HP45 / TIJ 2.5, Funai Rushmore & Other Cartridges, and in Bulk, for the main printheads / printers in the market.

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Invisible Inks

Our Invisible Inks are made from pigments that under normal lighting conditions are invisible, however with the incidence of UV light highlight bright colors.

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Cleaning Flush

Product developed by NANUM for cleaning the ink circulation lines of piezoelectric and thermal printers, after the use of NANUM Aqueous Ink.

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PRODUCTS ON DEMAND

New products in development that can be provided On Demand:

NANUM CERIUM OXIDE

Anticorrosive additive; Coatings; Fuel Optimizer; Lubricant Additive.

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Nanum Magnetite Dispersion

Aqueous dispersion of crystallized iron oxide nanoparticles.

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