Characteristics and performance of zirconium separator

The solvent extraction methods of wet separation are highlighted as the modified N235-H2SO4 method. Hafnium zirconium is mainly used in the nuclear energy industry. The development of the zirconium and hafnium industries is closely related to the nuclear energy industry. It is of strategic importance to strengthening the research of zirconium and hafnium separation process to develop the production of zirconium and hafnium materials and to promote the development of nuclear power and defense industry in China. Now we will introduce zirconium hafnium separation techniques and the operating principle of zirconium separator to you.

Here is the content list:

• What are the zirconium hafnium separation techniques?

• What is the operating principle of a zirconium separator?

What are the zirconium hafnium separation techniques?

Zirconium hafnium separation techniques are broadly classified into fire separation and wet separation through zirconium separator. The solvent extraction methods of wet separation are highlighted as methyl isobutyl ketone - thiocyanate, trioctylamine, tributyl phosphate, and the modified N235-H2SO4 method. Hafnium zirconium is mainly used in the nuclear energy industry. The development of the zirconium and hafnium industries is closely related to the nuclear energy industry. To strengthen the research of the zirconium and hafnium separation process, it is important to develop the production of zirconium and hafnium materials and promote the development of the nuclear power and defense industry in China. In nature, hafnium is often symbiotic with zirconium, and all minerals containing zirconium contain hafnium. Zircon used in industry contains 0.5-2% HfO2. Beryllium zircon in secondary zircon ores can contain up to 15% HfO2. There is also metamorphic zircon tremolite, which contains HfO2 of 5% or more. The latter two minerals have small reserves and have not been used in industry. Hafnium is mainly recovered from the production of zirconium. Of strategic importance.

What is the operating principle of a zirconium separator?

A zirconium separator is a special instrument that uses centrifugal force to separate and precipitate mixed liquids (containing solids). Commonly used electric centrifuges in laboratories are low-speed, high-speed centrifuges and low-speed, high-speed freezing centrifuges, as well as ultra-speed analysis, preparation of dual-use freezing centrifuges, and other models. Among them, low-speed (including high-capacity) centrifuges and high-speed freezing centrifuges are the most widely used and are essential tools used in biochemical laboratories for the separation and preparation of biological macromolecules. In the experimental process, to separate the precipitate from the mother liquor, two methods of filtration and centrifugation are often used.

Zirconium hafnium separation techniques are broadly classified into fire separation and wet separation which is dependent on the zirconium separator. Nanjing Shengde metal equipment Co., Ltd. conducts many tests on zirconium pressure vessels. If you are in the zirconium pressure vessel business, you can consider our cost-effective products.