Zirconium Oxide Milled Nanofibers Description

Zirconium Oxide Milled Nanofibers consist of ultrafine fibers composed of zirconium oxide, also called zirconia or zirconium dioxide. Zirconium oxide, a remarkably stable ceramic material, showcases outstanding mechanical, thermal, and chemical properties.

These nanofibers are produced through the advanced "colloid method," involving the creation of thickened zirconia colloid, which is then spun into a fiber embryo body. Subsequent steps include dehydration, drying, and crystallization through medium and high-temperature heat treatment, forming zirconia polycrystalline fiber.

The unique characteristics of Zirconium Oxide Milled Nanofibers arise from their nanoscale dimensions and remarkable surface area-to-volume ratio. These fibers exhibit improved properties such as heightened strength, enhanced electrical conductivity, and increased reactivity compared to traditional zirconium oxide materials. Leveraging the exceptional high-temperature attributes of ZrO2, including a high melting point and oxidation resistance, ZrO2 fibers surpass other refractory fiber varieties like alumina fiber and Molaid fiber in terms of performance.

Zirconium Oxide Milled Nanofibers Specification

Zirconium Oxide Milled Nanofibers Application

Zirconium Oxide Milled Nanofibers Packaging

Zirconium Oxide Milled Nanofiber is carefully handled during storage and transportation to preserve the quality of our product in its original condition.