| 00:00:00 | An overview of laser diffraction particle size analysis and its applications |
| 00:00:53 | An overview of laser diffraction particle size analysis and its applications |
| 00:01:37 | Overview |
| 00:02:22 | What is a particle? A particle is… |
| 00:03:56 | What properties of particles are important? |
| 00:05:18 | Why is particle size important? |
| 00:06:51 | Why is particle size important? |
| 00:07:21 | How does laser diffraction measure particle size? |
| 00:08:30 | How does laser diffraction measure particle size? |
| 00:09:19 | How does laser diffraction measure particle size? |
| 00:10:35 | How does laser diffraction measure particle size? |
| 00:11:55 | How does laser diffraction measure particle size? |
| 00:12:40 | How does laser diffraction measure particle size? |
| 00:14:27 | What do the results of a laser diffraction measurement look like? |
| 00:15:56 | What do the results of a laser diffraction measurement look like? |
| 00:17:07 | What do the results of a laser diffraction measurement look like? |
| 00:17:39 | How can I use a laser diffraction system in my application? |
| 00:18:26 | Applications: Cement |
| 00:19:45 | Applications: Cement |
| 00:21:01 | Applications: Cement, calculating separator efficiency |
| 00:22:12 | Applications: Cement, calculating separator efficiency |
| 00:23:33 | Applications: Chocolate |
| 00:24:48 | Applications: Coffee |
| 00:25:54 | Applications: Ink jet inks |
| 00:27:11 | Applications: Pigment, wet mill monitoring |
| 00:27:45 | Applications: Pigment, wet mill monitoring |
| 00:28:50 | Applications: Pigment, detecting oversized particles |
| 00:29:50 | Applications: Pigment, detecting oversized particles |
| 00:30:29 | Applications: Ceramics |
| 00:31:37 | Applications: Ceramics, controlling packing fraction |
| 00:32:17 | Applications: Ceramics, controlling packing fraction |
| 00:33:00 | Applications: Powder coatings |
| 00:34:35 | Overview |
| 00:35:16 | Thank you for your attentionAny questions? |
| 00:38:19 | Contact Information |
This webinar covers the basics of particle sizing, including what particles are and what properties of particles are important. We look at definitions of particle size and what the results of a particle size measurement might look like. Several case studies are presented to illustrate how particle size can be used to understand product performance and control production processes across various industries and applications.