Refining & Grade Specs

Fluorspar Refining Methods and Grade Specifications

The transformation of Fluorspar concentrate into refined products suitable for industrial use requires specialized metallurgical and chemical processes. Fluorspar is refined into 4 primary commercial forms, each serving specific end-use sectors.

Refining Processes

The primary refining and processing pathways for Fluorspar include:

1. Dense media separation
2. Flotation
3. Acid-grade beneficiation

Product Forms and Grade Specifications

Refined Fluorspar is available in the following commercial forms, each with specific purity requirements:

Quality Standards and Benchmarks

International standards for Fluorspar products are established by organizations such as ASTM International and various national standards bodies. Pricing is referenced against Industrial Minerals/Fastmarkets assessments. These standards define minimum purity levels, acceptable impurity limits, and testing methodologies that facilitate international trade.

Refining Capacity and Geography

Global refining capacity for Fluorspar is concentrated in a limited number of countries. China controls approximately 65% of primary production and plays a significant role in downstream refining. Efforts to diversify refining capacity are a key priority for governments seeking to reduce supply chain dependencies, particularly in the steelmaking flux sector.