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Nano zinc oxide was mainly characterized by small particle size, particle uniformity, high purity, certified in accordance with existing customer application data, and the function showed significantly and data was stable.
Applications and Usages
Varistor: Varistor of nano-zinc oxide owned higher dielectric constant, which got superior performance and durability in non-linear characteristics, anti-lightning, suppression role in the system of the instant pulse and varistor performance.
Lightning Arrester: The valves adopted nano zinc oxide owned excellent non-linear characteristics,minimal electric current flowed through the arrester in the normal operating voltage.When the voltage was applied, the resistance dropped dramatically and drain the voltage of energy to reach better protection.
Magnetic materials: Nano zinc oxide was used as a soft magnetic materials enabling the device miniaturization, lightweight, high frequency and multifunctional, improving uniformity and product permeability, reducing product breakage during firing loss, lowering the sintering temperature and consumption costs, so product quality and cost advantage will be significantly enhanced.
Antistatic materials: The nano zinc oxide was used as an antistatic material, less than the amount added but high stability and must reach 1720 ℃ will direct sublimation. Therefore less prone to chemical reactions with other materials and got better anti-static durability. Besides Zinc oxide was white which could meet the colour requirements of various composite materials.
Image recording material:Be obtained photoconductive, semiconductor and other image-recording material of different nature. Also it could be used for electronic photography, color copying, film printing, and discharge breakdown recording paper, electrothermal recording paper etc, the advantage was no waste of pollution and got good picture of quality and high speed of recording.
Piezoelectricity material: Nano zinc oxide treated as a high-performance piezoelectric materials having strong electromechanical coupling coefficience. It could achieve mutual conversion between mechanical vibrations (sound waves) and AC, enabling wide range of uses in the ultrasonic transducer, acoustic sensors, seismic sensors, spectrum analyzer, high-frequency filters, high-speed optical switches and micro-mechanical, speed and force acceleration measuring elements.
Fluorescent material: When the nano zinc oxide particles subjected to ultraviolet light, the light-generated electrons and holes generated within the particles would quickly spread the particle surface causing complex photochemical reactions on the surface leading to a series of fluorescence phenomenon. Thus we could prepare a series of fluorescent products.