01 Technical Background
Zirconium nitrate is an inorganic compound with the chemical formula Zr(NO₃)₄•5H₂O. It has a wide range of applications in chemistry and other industrial fields. In the ceramics industry, zirconium nitrate is used as a colorant and coating component. In chemical reagents, zirconium nitrate can be used in precipitation analysis or separation techniques. Zirconium metal precursor: Zirconium nitrate is also used as a precursor for zirconium metal, used to prepare high-purity zirconium. Humidity sensor: Zirconium nitrate is highly hygroscopic and can also be used as a humidity sensor in relative humidity meters. In refractory manufacturing, zirconium nitrate can be used as a reagent for potassium and fluorine determination and in the manufacture of refractory materials. In industrial applications, zirconium nitrate is widely used in the manufacture of three-way catalysts, zirconium compound intermediates, and chemical reagents. In the synthesis of zirconium salts, zirconates, and zirconium complexes, zirconium nitrate can also serve as an important raw material for other chemical reactions, such as the synthesis of zirconium salts, zirconates, and zirconium complexes.
02 Technical Introduction
This technology uses zirconium carbonate as a raw material, reacts it with nitric acid, and then processes the post-reaction solution through low-temperature, reduced-pressure evaporation, drying, and other process steps to produce a qualified zirconium nitrate product.
03 Technical Advantages
1. No mother liquor residue, excellent product quality. Zirconium nitrate produced from zirconium carbonate does not contain any mother liquor residue. The product clarity can be achieved below the No. 4 standard, with stable quality and a content (calculated as ZrO2) of ≥28%. 2. Products can meet diverse customer needs. The quality of solid products can be controlled in trace amounts; the concentration of liquid products required by the catalyst industry can be customized. 3. Low energy consumption and zero wastewater discharge. Low-temperature, reduced-pressure evaporation and drying technology effectively reduce energy consumption and achieve zero wastewater discharge, ensuring environmental friendliness.
04 Technical Maturity
A complete process package system is available.