Date recorded: May 29 2013

Duration: 01 hours 22 minutes 20 seconds

Malvern and NETZSCH Grinding & Dispersion are working together in the field of particle grinding and dispersion. In our short webinar, learn how these processes can be made more efficient by using particle characterization techniques.
Table of contents
1. The Malvern NETZSCH worldwide cooperation
01:17
2. NETZSCH Grinding & Dispersion Energy efficient dispersion, desagglomeration and real comminution
00:26
3. The NETZSCH Group and its Globally Acting Business Units
00:48
4. Business Unit Grinding & Dispersing
01:04
5. Production and Sales Locations of the Business Unit Grinding & Dispersing
00:15
6. Our Wide Range of Applications
00:20
7. Choice of the right machine depending on the binding energy and achievable grinding result
01:59
8. Untitled
00:13
9. Untitled
00:05
10. Choice of the right machine depending on the binding energy and achievable grinding result
01:47
11. Untitled
01:37
12. Untitled
00:33
13. Economic Dispersionizer Omega®
00:36
14. General Description of Agitator Bead Mills
02:13
15. Choice of the right machine depending on the binding energy and achievable grinding result
00:47
16. Sizes of Disc Mill Type LME
00:16
17. Choice of the right machine depending on the binding energy and achievable grinding result
00:48
18. Sizes of Circulation Mill System ZETA® Type LMZ
00:11
19. Choice of the right machine depending on the binding energy and achievable grinding result
00:20
20. Nano Mill Handling
00:49
21. Grinding Media Separation Systems
01:10
22. Nano Mill
00:19
23. Desaggregation of ZnO
01:53
24. Choice of the right machine depending on the binding energy and achievable grinding result
01:05
25. Choice of the right machine depending on the binding energy and achievable grinding result
00:29
26. Choice of the right machine depending on the binding energy and achievable grinding result
01:43
27. MICROSERIES / MINISERIES
01:44
28. LABSTAR
01:17
29. Delta®Vita 15-300
02:35
30. DELTAViTA® 600
00:42
31. Flexible Customized Machine Design
00:57
32. Grinding of an API
00:45
33. Scale-up
00:38
34. Thank you very much!
00:24
35. Malvern Instruments – A company profile
00:16
36. Malvern Instruments HQ
01:23
37. Instrumentation for Particle Characterisation
00:49
38. Laser Diffraction
01:33
39. Laser Diffraction - Measuring Principle
01:21
40. Laser Diffraction - Opticle bank
02:09
41. Laser Diffraction - raw data
01:09
42. Statistical Output
00:20
43. Case Study – Pigments
00:54
44. Malvern`s Range of Laser Diffraction Instruments
01:47
45. Mastersizer 3000 - Optics Layout
00:59
46. Mastersizer 3000 – Key facts
01:06
47. Process – Insitec (0,1-1000 µm)
00:57
48. Dynamic Light Scattering (DLS) – Sub micron
01:23
49. Intensity fluctuation → Correlation function → Diffusion coefficient → Particle size
01:38
50. DLS - Optical Configuration
00:52
51. DLS - Non Invasive Back Scatter (NIBS) Patented technology for automated optimisation of measuring parameters
02:50
52. Zetapotential
03:43
53. Case Study - Surface modified Nano - Al2O3
02:41
54. Dynamic Light Scattering – the Malvern Zetasizer Nano
02:11
55. More instrumentation for Dynamic and static Light scattering
00:52
56. Sysmex FPIA 3000 – Image AnalyserParticle –Size, -Shape and Number + Images
00:50
57. Morphologi G3 (0,5 – 10000 µm) – Image Analyser
00:45
58. Rheology
01:14
59. Rheology
01:45
60. Case study - Dispersions Si02 Nano particles
01:07
61. Rheology of High Concentration Suspensions
01:17
62. Shear Thickening Fluids - Applications
01:53
63. Other instruments – Size Exclusion Chromatography
00:36
64. Thank you for your attention
03:21
65. Contact Information
06:34