The particle size of powder coatings is a crucial factor that significantly influences the efficiency of the coating process, the quality of the surface, the curing process and material savings. Careful control and adjustment of particle size can help achieve the desired properties of the coating and optimize the overall performance of the powder coating. In modern coating technology, particle size optimization and adjustment remain a central element in meeting increasing demands for quality and efficiency.
The particle size distribution of powder coatings can be measured simply and rapidly using laser diffraction with a dry dispersion method. This technology can be used in a laboratory setting (Mastersizer 3000) for product development and quality control. But can also be integrated into the powder manufacturing process to optimize production and avoid over-milling.
In this webinar we will introduce laser diffraction technology and show how it can be used to measure powder coatings. We will discuss the use and benefits of the Mastersizer 3000+ for laboratory analysis of these materials. And will also introduce our Insitec system for online analysis and the benefits this can bring regarding process efficiency and quality control.
Speakers
- John Ddungu - Product Technical Specialist - Laser Diffraction, Malvern Panalytical
- Martina Redgewell - PAS Pre-Sales Manager, Malvern Panalytical
More information
Who should attend?
- Polymer scientists interested in the relationships between macromolecular structure and physical properties
- Polymer manufacturers looking at investigative tools to aid product development and improve quality control
- Additive manufacturers who want to check the degradation of their polymer powders to ensure they’re fit for use
What will you learn?
- Why is the particle size of powder coatings important?
- What is laser diffraction and why is it established tool for sizing powder coatings
- How can laser diffraction be employed in the lab (MS3000+) and online (Insitec)
- What are the benefits of the MS3000+ and Insitec for powder coating manufacture