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Milling and Sieving
Home > Каталог > Измельчение > Роторные мельницы > ZM 200 > Информация о приборе

Ультрацентробежная мельница ZM 200

Брошюры

  • Роторные мельницы

    ZM 200 / SR 200 / SR 300 / SK 100
  • Общая брошюра

Видео

  • Ультрацентробежная мельница ZM 200

Специальные методы

  • Cryogenic Grinding

"the sample"

No. 32
SAMPLE PREPARATION for Instrumental Analysis
No. 31
Grand Prix Season 2008 & New RETSCH Instruments
No. 30
Mills and Particle Analyzers for Environmental Analysis
No. 27
Sample Preparation in Biology and Medical Science
No. 26
CAMSIZER - Optical Particle Size and Shape Analysis
Проба - специальное издание
представляет основную продукцию
No. 25
Retsch presents the new Ultra-Centrifugal Mill ZM 200
No. 24
Anniversary issue of the RETSCH customer magazine 10 years "the sample"
No. 23
New Sieve Shakers AS 300 and AS 400 / Biology and Medicines
No. 21
Sample preparation for instrumental analysis
No. 20
Pharmaceutical Industry And Medicine
No. 17
Environmental Technology
No. 15
Preparation and testing of glass an ceramics
No. 14
Preparation and analysis of foodstuffs
No. 12
Particle analysis by digital image processing
No. 09
From jelly babies to car tyres...
the new Ultra-Centrifugal Mill ZM 100

No. 04
Focus: Sieving
No. 01
RETSCH: Worldwide on the spot

Отчёты о применении

Sick with Dolls
Traces of Heavy Metals in Toys
Cement - representative sample preparation is important
To produce high-quality cement, the mineralogical and chemical composition of raw materials as well as intermediate and finished products has to be determined. At each stage of the production, samples have to be taken, processed and analysed to ensure quality control without gaps. Retsch offers a range of instruments that are used for sample preparation during the complete production process, from the quarrying of the raw materials to the final product. The typical sample preparation process involves preliminary size reduction, sample division and fine size reduction before the sample can be submitted to further analyses....
Tracking down hazardous substances (RoHS/WEEE)
Preparing electronic waste for obtaining representative analytical samples.
A solution for converting an electrical appliance into a meaningful analytical sample is described using a remote-controlled toy car as an example.
Size reduction within the context of sample preparation
In general “size reduction” is taken to mean the disintegration of solid substances by mechanical forces without altering their state.
Bigger is not Better
There is a trend towards smaller samples that have more controlled particle size and yet remain representative of the material being analyzed.
Sample Preparation of Plastics for X-Ray-Fluorescence Analysis
The elemental analysis of plastics has become more and more important. EC directive 91/338/EWG regulates the ban of cadmium in PVC, EC directive 94/62/EC defines limits for cadmium, lead, chromium and mercury in packing materials and EC directive 2000/53/EC defines limits for the same elements in end-of-life vehicles. This has created a strong need for a rapid and reliable testing method.
Cryogenic preparation of sample materials
Within the context of sample preparation, size reduction plays an important role as it has a substantial influence on the results of the subsequent analysis. If the particles are too coarse or inhomogeneous the results of the analysis may turn out to be incorrect, especially if there is only a very small amount of sample material which represents the total amount.
Sample preparation of electronic scrap with SM 2000 and ZM 200
RETSCH mills in the context of RoHS and WEEE
Reliable sample preparation in food technology
An efficient sample preparation procedure for rapid, reliable and reproducible analytical results is becoming increasingly important today. Ever more stringent requirements are being set both in research and production, e.g. for product monitoring and quality control.
Analysis of cadmium in plastics
In recent years, mass media have focused on the topics of the environment and environmental conservation. With the advancement in scientific technology, resource development has progressed.
Sample Preparation of Solid Materials for the XRF-analysis
X-Ray fluorescence is one of the most versatile methods to determine elements in a sample. The material is exposed to x-rays that cause each element to emit its own unique fluorescent x-ray. The subsequent analysis of the results is based on comparisons to standard samples with given chemical composition.
The Representative Sample Preparation of Waste
Now that a certain environmental awareness has developed in the population over the past few years, our efforts are geared not only to avoiding waste, but also to reducing the mountains of waste which still arise by means of raw material recovery and the reintroduction of secondary raw materials into the industrial cycle.
Los especial del pigmento
Debido a la ilimitada variedad de colores y texturas que ofrencen los recubrimientos en polvo; muchos de los nuevos recubrimientosde aplicación especifica se crean en el laboratorio en pequeñas cantidades que luego se le envían al cliente para su aplicación y aprobación.
Molienda ultrarrápida y ultrafina
El nuevo molino ultracentrífugo ZM 200 de RETSCH es un molino de rotor no sólo extremadamente rápido y cuidadoso con el material molido, sino también de uso universal gracias a su amplia gama de accesorios.
Probenvorbereitung gemäß RoHS und WEEE
Die neuen europäischen Richtlinien 2003/108/EG (WEEE) und 2002/95/EG (RoHS) regeln die Entsorgung von Elektround Elektronik-Altgeräten sowie die Beschränkung bestimmter gefährlicher Stoffe in Elektro- und Elektronikgeräten. In Deutschland wurden diese Richtlinien im Elektro- und Elektronikgerätegesetz (ElektroG) umgesetzt, welches am 24. März 2005 in Kraft getreten ist.
Vom Netzkabel zur Analysenprobe
Seit August 2004 gelten neue EU-Richtlinien zur Entsorgung von Elektro- und Elektronik-Altgeräten sowie zur Beschränkung bestimmter gefährlicher Stoffe in diesen Geräten, welche die EU-Mitgliedsstaaten in nationales Recht umsetzen müssen.Diese Richtlinien haben auch Auswirkungen auf Analyselabors.
Zerkleinern von Proben in einem Düngemittellabor
Für die genaue und reproduzierbare Analyse von Düngernährstoff, Spurennährstoffen und Spurenmineralien ist das vorherige Zerkleinern der Probe unverzichtbar. Das Düngerlabor der Division of Regulatory Services der University of Kentucky verwendet zum Homogenisieren der Proben die Ultra-Zentrifugalmühle ZM 200 von Retsch.
Zuverlässige Probenaufbereitung in der Lebensmitteltechnologie
Eine effiziente Probenaufbereitung für schnelle, zuverlässige und reproduzierbare Analyseergebnisse wird in der heutigen Zeit immer wichtiger. Sowohl in der Forschung, als auch in der Produktion, z. B. bei der Produktüberwachung und Qualitätskontrolle, werden immer strengere Maßstäbe gesetzt.

Листовка по применению

  • Пробоподготовка при экологическом контроле (RoHS)

  • NEW Biotech

    Sample Preparation for the Biotech Industry
  • NEW Coal

    Sample Preparation for the Coal Industry
  • Agriculture

  • Cement

  • Fast Sample Preparation for Acrylamide Analysis in Food

  • Food

  • Food and Feed Industry

  • Milling of Samples in a Fertilizer Laboratory

    The fertilizer laboratory of the Division of Regulatory Services at the University of Kentucky uses the Retsch ZM 200 ultra centrifugal mill for milling fertilizer samples.
  • Optimale Aufbereitung von Sekundärbrennstoffen

  • Pharma

  • Pharma (insert)

    Sample Preparation for Pharmaceutical Testing
  • Plastics

  • Sample Preparation for Heavy Metal Analysis RoHS / WEEE

Пресс - релизы

  • Sample Preparation of Drugs

Инструкции по эксплуатации

  • ZM 200

Техническая информация

  • Material Analyses of Grinding Tools

Subject to technical modifications and errors