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About This Product
■Its uses are wide-ranging.
Nanoparticles are widely used as raw materials, intermediate products, and final products, including electronic materials, ceramics, pharmaceuticals, and chemical products. Its uses are wide-ranging, and the market size is expected to expand significantly. In familiar places, it is used in the manufacturing of automobile tires, lithium-ion batteries, fuel cells, etc. In addition, it is widely used in capacitors, high-speed semiconductors, pharmaceuticals (drug delivery systems), etc.
■First of all, what are nanoparticles?
Generally, particles smaller than 100 nm are called nanoparticles. As the particle size decreases, the ratio of the number of atoms present on the particle surface to the total number of atoms making up the individual gradually increases. When the size becomes smaller than about 100 nm, the behavior of atoms on the surface of the solid that have no external bonds gradually becomes dominant, and it begins to exhibit properties different from those of ordinary solids. For example, when gold particles fall into the single nanosize (less than 10 nm) range, phenomena such as a lower melting point than normal occur. By successfully linking these to material development, we can expect various innovations.
What is Nanolizer?
■Nanolizer is a device that can perform in-line inspection of the agglomeration and dispersion state of nanoparticles in real time.
・Non-contact, non-destructive inspection
・Real-time measurement (measurement time 0.1 sec)
・Inline inspection
・Quantification of agglomeration and dispersion state (relative value)
■In the production process
By performing in-line measurements during the receiving and stirring processes, quantitative and continuous inspections can be performed, making it possible to improve productivity and quality.
■Application fields
Nanoparticles are widely used in raw materials and products such as electronic materials and medical drugs, and the market is expected to expand further in the future.
■Use example: Acceptance inspection
・Conventional acceptance inspection: It is necessary to dissolve it in water and view it using ultrasound spectroscopy, etc.
・Non-contact inspection: can be checked instantly by simply holding it over the powder
・By “visualizing” the numerical values of delivered powder, we can prevent large-scale product waste and poor performance due to the delivery of particles with different particle sizes.
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Product
Nanoparticle dispersion aggregation measuring device Nanolizer
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