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Company: FRITSCH GmbH - Milling and Sizing  Prueba / Medida  Clear All 

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FRITSCH GmbH - Milling and Sizing

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FRITSCH GmbH – Milling and Sizing is a leading developer and manufacturer of laboratory equipment for Graphic Arts and Inks applications, specializing in exceptional devices for sample preparation and particle size analysis. The PULVERISETTE range of Cutting Mills is perfect for comminuting tough, fibrous material. FRITSCH’s ANALYSETTE Particle Sizers reliably determine particle size and shape.
2 Resultados
Laser Particle Sizer ANALYSETTE 22 MicroTec Plus FRITSCH GmbH - Milling and Sizing Method of Analysis: Laser Diffraction Sample Type: Suspensions, Dry Powders, Emulsions Dispersion units: wet dispersion unit, dry dispersion unit, falling chute, small volume wet dispersion unit Measuring Range: 0.08 - 2000 µm Measuring Time: 5-10 s (meas...Vea Mas Method of Analysis: Laser Diffraction Sample Type: Suspensions, Dry Powders, Emulsions Dispersion units: wet dispersion unit, dry dispersion unit, falling chute, small volume wet dispersion unit Measuring Range: 0.08 - 2000 µm Measuring Time: 5-10 s (measurement value recording of a single measurement, 2 min (whole measuring cycle) Optical Arrangement: Inverse Fourier design, movable measuring cell (FRITSCH patent), one or two measuring cell positions per measurement possible. Vea Menos
LASER PARTICLE SIZER ANALYSETTE 22 NANOTEC PLUS FRITSCH GmbH - Milling and Sizing Method of Analysis: Laser Diffraction - Sample Type: Suspensions, Dry Powders, Emulsions - Dispersion units: wet dispersion unit, dry dispersion unit, falling chute, small volume wet dispersion unit - Measuring Range: 0.01 - 2000 µm - Measuring Time: 5-10...Vea Mas Method of Analysis: Laser Diffraction - Sample Type: Suspensions, Dry Powders, Emulsions - Dispersion units: wet dispersion unit, dry dispersion unit, falling chute, small volume wet dispersion unit - Measuring Range: 0.01 - 2000 µm - Measuring Time: 5-10 s (measurement value recording of a single measurement, 2 min (whole measuring cycle) - Optical Arrangement: Inverse Fourier design, movable measuring cell (FRITSCH patent), one or two measuring cell positions per measurement possible. Vea Menos