Titanium ore is an important mineral resource mainly used for manufacturing titanium and titanium alloy products. Therefore, the quality standards of titanium ore are crucial for ensuring product quality and production efficiency. The following are the quality standards for titanium ore products.

1、 Chemical composition

The chemical composition of titanium ore products is one of the important indicators for evaluating quality. Generally speaking, high-quality titanium ore should have the characteristics of high titanium content and low harmful impurities. High titanium content can improve the yield and quality of titanium products, while low impurities can reduce energy consumption and product quality issues in subsequent production processes.

1. Titanium content: The titanium content of titanium ore is usually measured by the TiO2 content in Ilmenite added oxygen titanium ore (FeTiO3). The titanium content of high-quality titanium ore should reach over 50%.

2. Impurity content: The impurities in titanium ore mainly include nickel (Ni), iron (Fe), chromium (Cr), copper (Cu), manganese (Mn), lead (Pb), and vanadium (V). These impurities will affect the reaction and product quality during subsequent processing. Therefore, the impurity content in titanium ore should be as low as possible.

2、 Granularity

The particle size of titanium ore also has a significant impact on the subsequent processing process and product performance. Generally speaking, the particle size of titanium ore should meet specific requirements to meet the needs of different process flows.

1. Particle size distribution: The particle size distribution of titanium ore should be as uniform as possible. Generally speaking, the particle size of titanium ore should be between 0.15 and 0.3mm.

2. Particle size deviation: The deviation of titanium ore particles refers to the degree of difference between the ore particle size and the ideal particle size. The deviation of particle size has a significant impact on the reaction rate and uniformity during subsequent processing. Therefore, the particle deviation of titanium ore should be as small as possible.

Titanium ore

3、 Physical properties

The physical properties of titanium ore are also one of its quality standards. Different physical property indicators can reflect the density, wear resistance, thermal stability and other characteristics of titanium ore, as well as their impact on subsequent processing processes.

1. Density: The density of titanium ore refers to the amount of mass contained per unit volume. High density titanium ore can provide more weight and energy, improving production efficiency.

2. Abrasion: Titanium ore is prone to wear and tear during friction and collision between particles, and the magnitude of wear and tear can affect the equipment loss and maintenance costs during subsequent processing.

3. Thermal stability: The stability of titanium ore at high temperatures is crucial for high-temperature reactions and melting processes. High quality titanium ore should have good high-temperature resistance to ensure the smooth progress of subsequent processing.

4、 Humidity

The humidity of titanium ore is also one of its quality standards. Excessive humidity can affect the flowability, processing performance, and storage stability of titanium ore, leading to problems such as blockage, agglomeration, and mold formation. Therefore, the humidity of titanium ore should be controlled within a certain range.

In summary, the quality standards for titanium ore products mainly include requirements for chemical composition, particle size, physical properties, and humidity. By reasonably controlling these indicators, the stable quality of titanium ore products can be ensured, and the production and quality of titanium and titanium alloy products can be improved.