I.Functional Positioning: Full-Chain Technical Support

• Ore Property Analysis

Physical and chemical analysis are used to determine ore composition, grade, and impurity content, providing fundamental data for rutile process design.

• Process Optimization and Testing

Small-Scale Testing: Comparative testing of parameters such as particle size, H2O of crystallization, and spectral composition analysis is performed. Extensive testing of the same product yields precise parameters, verifying process stability and indicator reliability.

• Quality Control and Standardization

An internal quality control system is established based on standards, testing incoming goods, in-process, and finished products to ensure product compliance with contract requirements.

Introduction of a laboratory information management system enables automated data collection and traceability, reducing human error.

II.Equipment Configuration

Crushing and Grinding: Crusher for sample preparation. Electric constant-temperature forced air drying oven and muffle furnace for rapid multi-element testing.

Analytical Instruments: Energy dispersive X-ray fluorescence spectrometer, electronic balance.

Physical Monitoring: Particle size analysis, metal powder flowability tester (Hall flowmeter), and metal powder bulk density tester, providing real-time feedback on process parameters.

III. Personnel Management: Combining Specialization and Collaboration

• Personnel ConfigurationAnalytical Engineer: Proficient in chemical analysis methods and instrument operation, responsible for data accuracy；

Quality Manager: Oversees system operation and ensures test results meet requirements.

• Training and Assessment

Regularly organize internal training (such as new equipment operation and safety regulations) and external technical exchanges. Implement a “mentorship system” to accelerate the development of new personnel, and enhance team performance through skills competitions.

IV.Technical Process: Blending Standardization and Flexibility

• Sample Management

Sampling: Collect representative samples according to standards to avoid bias.

Sample Preparation: Prepare analytical samples through crushing, reduction, and grinding to ensure uniform particle size.

Storage and Transportation: Use sealed containers to prevent sample contamination.

• Testing Process

Chemical Analysis: Determine the content of major elements and impurities using standard methods.

Physical Property Testing: Evaluate product mechanical properties using particle size analysis, a metal powder flowability tester (Hall flowmeter), and a metal powder bulk density tester.