Application of nano laser particle size analyzer in titanium dioxide

Nano laser particle size analyzer plays a key role in the following fields related to titanium dioxide due to its high precision and fast measurement characteristics:

1. Quality control of titanium dioxide production process

Raw material particle size monitoring: In titanium dioxide production, the particle size of the starting raw material has a significant impact on the subsequent reaction process and product quality. The nano laser particle size analyzer can monitor the particle size of raw materials in real time, such as the particle size distribution of titanium ore powder. Appropriate particle size can ensure the adequacy and uniformity of the reaction. If the particle size is too large, the reaction may be incomplete. If the particle size is too small, the reaction may be too violent and difficult to control. Through accurate measurement, production personnel can adjust pretreatment processes such as crushing and grinding to ensure that the particle size of raw materials meets reaction requirements, laying the foundation for the production of high-quality titanium dioxide.

Intermediate product particle size analysis: During the preparation process of titanium dioxide, a variety of intermediate products will be produced, and their particle size changes reflect the progress and effect of the reaction. For example, the nanolaser particle size analyzer can accurately measure the particle size of titanium hydroxide precipitates formed during the hydrolysis process, helping operators determine whether the hydrolysis conditions are appropriate, such as temperature, concentration, reaction time, etc. Timely adjustment of process parameters based on measurement results can ensure the stability of the particle size of the intermediate product, thereby ensuring the quality consistency of the final titanium dioxide product.

Finished product particle size testing: The particle size of the final titanium dioxide product directly determines its performance and application scope. The nano laser particle sizer can accurately measure the particle size distribution of finished titanium dioxide to ensure that the product meets the corresponding quality standards. For example, titanium dioxide used in coatings, plastics and other fields has different particle size requirements in different application scenarios. Through strict testing, the product particle size can meet market demand and improve the market competitiveness of the product.

2. Titanium dioxide performance optimization

Dispersion: Titanium dioxide needs good dispersion in practical applications, otherwise it is easy to agglomerate and affect its performance. The nano laser particle sizer can measure the particle size distribution of titanium dioxide in different dispersion media and evaluate its dispersion effect. Manufacturers should optimize the dispersion process based on this and select appropriate dispersants and dosages to ensure that titanium dioxide is evenly dispersed in coatings, plastics and other matrices and give full play to its functional properties.

In summary, the particle size of nanoscale titanium dioxide has a particularly important impact on its application. This time, Winner803 is recommended for customers to measure nanoscale titanium dioxide particle size.

Measuring instrument information is as follows:

The video of measuring nanoparticles is as follows：