Created an inkjet ink with a MOF average particle diameter of approximately 100-180 nm as a water-based ink!
Metal-organic frameworks (MOFs), also known as porous coordination polymers, are materials composed of metal cations and multi-dentate ligands that bridge them. By controlling the metals and organic ligands used in their construction, it is possible to precisely adjust the shape, size, and molecular functional groups of the pores at the molecular level, resulting in ultra-porous materials. Recently, we confirmed that a type of MOF synthesized in-house can be converted into inkjet ink and printed onto ordinary paper and film using a simple home printer. Our group company, Fujishikiso Co., Ltd., has been engaged in research and development, as well as manufacturing and sales of inkjet inks for several decades, possessing technology to convert various organic and inorganic pigments into inkjet inks. This time, we applied that expertise to the inkjet ink formulation of MOFs. Utilizing the company's technology for dispersing nanosized particles in liquid, we have developed inkjet inks based on water, various organic solvents, and various UV-curable resin bases. For this occasion, we created an inkjet ink with an average particle size of approximately 100-180 nm for the MOF as a water-based ink. *For more details, please refer to the PDF document or feel free to contact us.*
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We are a chemical company that researches, develops, manufactures, and sells cutting-edge materials and technologies in the environmental and energy sectors aimed at building a decarbonized society. We are developing various advanced materials and technologies, including natural biomass-based biodegradable plastics (resins), biomass coating materials, biomass inks, next-generation solar cells, next-generation secondary batteries, next-generation fuel cells, quantum dots, metal-organic frameworks, ionic liquids, deep eutectic solvents, and cellulose nanofibers. Our original brand, Nano Sakura, under GS Alliance, significantly enhances the functional properties of raw materials by "compositing" cellulose nanofibers, which are the main component of plants, with various existing resin materials, resulting in an environmentally friendly, next-generation high-performance advanced material. We also offer products made from 100% natural materials derived from natural biomass waste resources such as wood, plants, bamboo, paper, recycled paper, seaweed, and starch, aiming for a grade with zero petroleum usage, striving to create materials that are as environmentally friendly as possible. We have been selected as a startup support program company by UNOPS, a United Nations-related organization. UNOPS S3i Innovation Centre Japan