吉田機械興業 Product Lineup

This document provides information on the production of cellulose nanofibers using the ultra-high pressure wet-type micronization device "NanoVator." It explains the content related to the "heating device" and the "changes due to NanoVator treatment," including processing conditions at different concentrations and their effects. 【Processing with the NanoVator Heating System】 ■ Heating above 150°C loosens hydrogen bonds and accelerates fiber formation ■ Raw materials can be added at room temperature ■ Continuous processing is possible *For more details, please refer to the PDF document or feel free to contact us.

This document explains the dispersion of CNTs using the ultra-high pressure wet-type micronization device "NanoVator" with the help of graphs. When using this product for CNT dispersion processing, a phenomenon is observed where the viscosity initially increases and then decreases. Long, thin CNTs become swollen during the process of bundle dispersion, leading to an increase in viscosity, and as the bundles disperse, the viscosity decreases. Viscosity changes can be considered as one indicator for confirming the dispersion state. [Contents] ■ Dispersion of CNTs and viscosity changes ■ CNT dispersion and resistance value changes using NanoVator *For more details, please refer to the PDF document or feel free to contact us.

This document contains information about the dispersion of functional materials using the ultra-high pressure wet-type micronization device "NanoVator." There are various materials related to films, such as fillers, conductive materials, and insulating materials. However, as high-performance films increasingly utilize high-performance materials, it becomes important to leverage the characteristics (performance) of these materials. [Contents] - Dispersion of hydrophobic silica - Adjustment of 55% natural graphite water-based paste - CNT dispersion and changes in resistance - Characteristics of NanoVator dispersion *For more details, please refer to the PDF document or feel free to contact us.

This document presents information on the thermal insulation and heat dissipation improvements of alumina materials using the ultra-high pressure wet-type micronization device "Nanovator." With the miniaturization of components, there is a need for improved thermal insulation and heat dissipation properties, leading to considerations for fine dispersion (high dispersion) to enhance material functionality. [Contents] - Graphs before and after dispersion treatment with Nanovator(TM) - Case of filling a spoon with liquid and drying it - Measurement data during heating when the ceramic surface of the spoon is heated with a heating wire *For more details, please refer to the PDF document or feel free to contact us.

In this document, we will introduce examples of ceramic dispersion using NanoVate. We will explain using graphs for silica, alumina, and titanium dioxide respectively. The advantages include damage-free dispersion of build-up manufacturing particles (functional materials) rather than top-down material processing, as well as contamination-free dispersion. 【Advantages】 ■ Dispersion is possible while maintaining the shape of the particles ■ Metal contamination can be controlled at the ppb level ■ Uniform dispersion is possible even when ceramics and carbon are mixed together *For more details, please refer to the PDF document or feel free to contact us.