|
- FRITSCH Sample Preparation and Particle Sizing - Milling and Sizing . . .
FRITSCH is an internationally respected manufacturer of application-oriented laboratory instruments Our instruments have been used for decades worldwide for Sample Preparation and Particle Sizing in industry and research laboratories
- Milling – fritsch. de
For this reason, FRITSCH offers a wide selection of high-performance mills in various product groups for every application and every specific need: Planetary Mills, Ball Mills, Cutting Mills, Knife Mill, Rotor and Beater Mills, Jaw Crushers, Disk Mills and Mortar Grinders
- FRITSCH Contact - Worldwide – fritsch. de
FRITSCH Milling and Sizing your experts for laboratory instruments particle sizing and sample preparation are available for you worldwide
- Planetary Micro Mill PULVERISETTE 7 premium line Description
Fritsch micromills have enhanced one NASA lab’s ability to develop optimized ceramic nanoparticulate materials for demanding research projects, including energy storage and thermoelectric device applications, written by Curtis W Hill und Lee Allen, NASA Marshall Space Flight Center
- Laser Particle Sizer ANALYSETTE 22 Description - fritsch. de
The current generation ANALYSETTE 22 NeXT operates like every FRITSCH Laser Particle Sizer to date with the Reverse Fourier design invented by FRITSCH which has established itself by now as a general standard
- Profile – fritsch. de
Our customers come from various industries and FRITSCH exactly knows the requirements of each branch of industry and can offer specific solutions for your application
- Vibratory Sieve Shaker ANALYSETTE 3 PRO Description - fritsch. de
With just a few motions, your Sieve Shaker can be transformed into the Vibratory Micro Mill PULVERISETTE 0 for grinding and homogenising small sample quantities (filling volume 1 to 10 ml, feed particle size < 5 mm) And with the special FRITSCH cryo-box, grinding is even possible at low temperatures with liquid nitrogen
- Overview – fritsch. de
FRITSCH High-Tech Particle Sizing - reproducible analysis of particle size and shape with static light scattering and dynamic image analysis
|
|
|