Sample Divider PT 100

Brochures

Product overview
Product overview
Assisting
PT 100, PK 1000, RT, DR 100, TG 200, UR, PP 25, PP 40

Videos

Sample Dividers

"the sample"

No. 21
Sample preparation for instrumental analysis

No. 19
Standard Grain-Size Analysis

No. 18
Food Processing Technology

No. 17
Environmental Technology

No. 16
Sampling, sample division, particle size determination

No. 15
Preparation and testing of glass an ceramics

No. 12
Particle analysis by digital image processing

No. 09
From jelly babies to car tyres...
the new Ultra-Centrifugal Mill ZM 100

No. 03
Comminution: "It all started with the impact and friction stone"

Nr. 04
Zerkleinerung: "Schneiden Sie sich nicht ins eigene Fleisch"

Nr. 07
Probennahme und Qualitätskontrolle

Nr. 11
Die neuen Schlagrotormühlen von RETSCH-für viele Produkte geeignet

Nr. 13
Aufbereitung und Untersuchung von Baustoffen

Application Reports

Comparative investigations on spinning rifflers
The influence of the degree of mixing of the material and the influence of the operating data of the apparatus were investigated in two spinning rifflers.

Fine Tuning Sieve Analysis for Accurate Particle Size Measurement
All to often, this useful method is overlooked. But if followed, these principles deliver accurate and reliable results at an affordable price.

Put the squeeze on
Sieving is cost effective for particle sizes greater than 75 μ, although the technique can be used for some materials of smaller size if the method can be validated. Assuming the relevant standards and clean, wellmaintained equipment that conforms to the standards are used, sieving can provide an accurate and reproducible measure of particle size distribution within a sample.

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.

Vergleichende Betrachtung zweier Rotationsprobenteiler-Prinzipien
Zur Qualitätssicherung und Steuerung einer Produktion beschränkt man sich auf die Untersuchung von Teilmengen (Analysenmengen). Ziel der Probenteilung muß es daher sein, die in der Gesamtmenge eines zu untersuchenden Stoffes heterogen verteilten Eigenschaften repräsentativ in den einzelnen Teil- oder Analysenmengen wiederzufinden.

Application/Industry Flyer