The EDX9000Bplus ore analyzer tests the composition of CaF2, SiO2, Fe203 and S in fluorite

Fluorite (Fluorite or Fluorspar or Fluor), also known as fluorite, fluorite, is a mineral whose main component is calcium fluoride (CaF2), which contains more impurities. The calcium is often replaced by rare earth elements such as yttrium and cerium, in addition, it also contains a small amount of Fe203, SiO2 and trace amounts of CI, O3 and He. Fluorite in nature often shows bright colors, hardness is lower than a knife [1], fluorite can be used to prepare hydrogen fluoride: CaF2 + H2SO4-CaSO4+2HF[2]; It has extremely low dispersion and permeability to infrared and ultraviolet raysHigh energy, suitable for optical components. But natural fluorite crystals are often not pure, mixed with impurities, and the volume is not enough to make large optical components, so artificial crystallization of fluorite has become one of the materials for the manufacture of low-dispersion optical components used in lenses.

The EDX9000Bplus ore analyzer tests the composition of CaF2, SiO2, Fe203 and S in fluorite

According to the use, fluorite can be divided into the following types.

Gem grade: single crystal particles, transparent, bright color, due to low hardness, rarely used for jewelry, but mostly used for viewing and collection.

Jade, granular or fibrous, translucent, single color or different color and white is a zonal distribution. Many used for carving or made crafts.

Optical fluorite: generally refers to the natural fluorite shattered after artificial crystal and get the color, shape rules of fluorite crystals. After cutting, grinding and other steps can be made very low dispersion of large optical lens.

EDX9000B plus ore analysis spectrometer is mainly used in mining operations (grade control) exploration, mining, industrial mineral

Raw materials in the production of cement and building materials, refractories, ceramics and glass, geochemical research, archaeology, etc. EDX9000B excellent linear dynamic range, plus the mineral analyzer can be realized in the cement, mineral and mining, metal, glass and ceramic industry for ultra precision process control and quality control

The EDX9000Bplus ore analyzer tests the composition of CaF2, SiO2, Fe203 and S in fluorite

A new vacuum light path system and ultra-high resolution technology of a new generation of Fast SDD detector, to light, medium and heavy elements and common oxide (Na2O, MgO style, AI2Os, SiOz, P2O5, SOs, K2O, CaO, TiOz, Cr2Os, MnO, Fe20s, ZnO and (SrO) SrO, etc.) can achieve the best effect of analysis.

Below is EDX9000B plus spectrometer test the accuracy of fluorite ore analysis results