This is probably our most familiar nanotechnology product.

You can find inkjet photo paper packaged in colorful packages in all the super stores. In fact, most of them are made by MPM. We produce more than 50 million inkjet photo paper per year (economies of scale). This is the first evidence of the domestic inkjet paper market share.

Millions of picosecond droplets come out of the printer head. The ink absorbing layer of the inkjet paper correctly absorbs the droplets immediately. A4 paper ink absorbing layer surface area and tennis courts. The key is that the porous ceramic structure contains numerous 20nm holes.Furthermore, the structure is transparent because it is made from inorganic ultrafine particles of about 10nm, much smaller than the wavelength of light. Thus, the beautiful color of the ink can be reproduced.

If the image printed on the copy paper gets wet, it will bleed. But curiously, the printed images on inkjet photographic paper do not bleed. The electronic changes in the ink absorption layer play a major role in generating strong ionic bonds between the ink and the porous ceramic. In addition, inkjet photo paper provides many functions for photos, such as color, brightness, color intensity, less color penetration, and less color degradation.

A photographic medium printed on an inkjet printer paper that has a glassy or pearly luster. To obtain this delicate appearance, light interference is controlled using micron scale surface patterns and thin layers less than 100nm.We have more than 100 registered patents on inkjet photographic paper to protect our products and technologies. This is the history of our continuous development since the dawn of inkjet technology.

All these inkjet papers are compared with the classical “air drying” silver halide paper, especially in the black and white world. Obviously, the new RC inkjet printing paper can not match their beauty, even though their Dmax is the same. Matte art papers are of different categories and have found widespread attention, but still lack the contrast range of classical papers.In addition, we will create new applications that go beyond traditional frameworks such as printable media, video recording and interior decoration for plastic and printable electronic substrates.

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