In recent years, with the development of the economy, the demand for zirconium titanium ore in China has also been continuously increasing. The coastal area is one of the areas in China with abundant zirconium and titanium ore resources, so the pre selection and enrichment tests for coastal zirconium and titanium ore are also receiving increasing attention.
1、 Test purpose
The purpose of this experiment is to explore the pre-selection and enrichment methods of coastal zirconium titanium ore, in order to improve the grade and recovery rate of zirconium titanium ore, and provide better raw materials for subsequent processing.
2、 Test steps
1. Preparation of ore samples
Firstly, it is necessary to collect zirconium titanium ore samples from the coastal area and process them for crushing, screening, etc. to obtain ore samples that meet the test requirements.
2. Property analysis of ore samples
Conduct physical property analysis and chemical composition analysis on ore samples to understand their properties and composition, and provide basic data for subsequent experiments.
3. Design of experimental plan
Design a suitable test plan based on the properties and composition of the ore sample, including pre-selection process flow, test conditions, etc.
4. Preparation of testing equipment
According to the requirements of the test plan, prepare corresponding test equipment, including mills, flotation machines, centrifuges, etc.
5. Implementation of experimental operations
According to the requirements of the experimental plan, conduct experimental operations, including ore crushing, grinding, flotation, centrifugation, and other processes.
6. Analysis of test results
Analyze the experimental results, including indicators such as ore grade, recovery rate, and beneficiation index, to evaluate the effectiveness of the experimental plan.
3、 Test results
Through this experiment, we have successfully explored a suitable process for pre beneficiation and enrichment of coastal zirconium titanium ore, including steps such as ore crushing, grinding, flotation, and centrifugation. The experimental results indicate that this process can effectively improve the grade and recovery rate of zirconium titanium ore, providing better raw materials for subsequent processing.
Through this experiment, we have successfully explored a suitable process for pre concentration and enrichment of zirconium titanium ore in coastal areas, providing new ideas and methods for the development of zirconium titanium ore in coastal areas. At the same time, this experiment also provides reference and reference for the pre concentration of zirconium titanium ore in other regions.