Natural Fluorite Lump CaF2 90% Metallurgical Grade Fluorspar (10-70mm) for Industrial Applications

Product Description:

The Maohe Fluorspar CaF2 90% is a high-quality metallurgical grade mineral sourced directly from Mongolia, renowned for its exceptional purity and versatile applications. Fluorspar CaF2 90% is a high-quality mineral product known for its exceptional purity and versatile applications across various industries. Commonly referred to as Fluorite Ore, this product primarily consists of calcium fluoride (CaF2) with a concentration of 90%, making it an essential raw material in the manufacture of numerous fluorochemicals and aluminium fluoride. Its unique chemical composition and physical properties enable it to serve as a critical component in the production of a wide range of industrial and chemical products.

The appearance of Fluorspar CaF2 90% can vary significantly, offering a spectrum of colors including white, green, blue, purple, and other shades. This diversity in coloration is due to natural impurities and trace elements present within the mineral, which do not detract from its functionality but rather indicate its natural origin. The mineral may be found in different physical forms such as sand, lumps, and granular shapes, allowing for flexible usage depending on the specific industrial requirements and processing methods.

One of the most prominent uses of Fluorspar CaF2 90% is in the production of aluminium fluoride, an indispensable compound in the aluminium smelting process. Aluminium fluoride acts as a fluxing agent in the electrolytic reduction of alumina to aluminium metal, improving the efficiency and reducing energy consumption during the smelting process. The high purity of this fluorspar grade ensures optimal performance, making it highly sought after by metallurgical industries around the world.

Additionally, Fluorspar CaF2 90% plays a vital role in the manufacture of various fluorochemicals. These fluorochemicals are widely used in the production of refrigerants, agrochemicals, and polymers, including fluoropolymers that have exceptional resistance to heat, chemicals, and electrical insulation properties. The calcium fluoride content in fluorspar is a fundamental raw material in synthesizing hydrogen fluoride, which is a key building block for many fluorochemical compounds. Therefore, the availability of high-grade fluorspar directly impacts the quality and efficiency of fluorochemical production.

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