This is a liquid product in which magnetic iron oxide nanoparticles are dispersed in water. They aggregate when subjected to a magnetic field, enhancing magnetic sensitivity. Please verify the characteristics at your company.
Uniform nano-magnetic particles (iron oxide) were dispersed in water. They do not contain dispersants or surfactants. In magnetic development, when applied to a magnetic pattern, they aggregate to enhance magnetic sensitivity. Typically, they maintain a stable dispersed state in the form of nanoparticles. Not limited to magnetic development, they can be utilized with your company's ideas. They are industrial materials that can also be used in fields such as bioassays and MRI.
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basic information
This is the MIRROW series of magnetic developers. We can customize the concentration, particle size, and more according to your requests. Please check http://web.me.com/ce_hirano/NanoPhaseInc/products.html.
Price range
P2
Delivery Time
P3
※Delivery times may vary depending on the quantity. Please contact us.
Applications/Examples of results
This is a material for visualizing various magnetic patterns. It can be used for magnetic development, magnetic flaw detection, magnetic recording visualization, magnetic pattern development, and more. Additionally, it can also be utilized as a material in which nano magnetic iron oxide is dispersed in water.
Company information
About Nano-Phase The development of science and technology is rapid and explosive. The patterns of semiconductors have already been miniaturized to below 50nm. Various materials, which are basic resources, are also being miniaturized. A nanometer is a unit prefix that means ten to the power of minus nine. It's surprising how close nanometers feel to us... Phase refers to "state." It can be understood as a certain substance that is physically and chemically uniform. For example, consider water. If it is in a gaseous state, it is water vapor; if it is in a liquid state, it is water; and if it is in a solid state, it is ice. These represent a certain collection of substances. As phases become smaller and reach the nanoscale, they become materials like fine particles that are even smaller than solid particles. This is what we call nano-phase materials. Materials at the nanoscale exhibit properties that cannot be imagined in macroscopic systems. Indeed, the effects of quantum mechanics become apparent. About Nano-Phase Research Institute Nano-Phase Research Institute, Ltd. focuses on "Nano-Phase: Nano-Phase," as well as the technologies, products, and applications that handle and utilize it. Additionally, our activities include seminars and research related to nano-phases.
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