Ball Measuring System
The ball measuring system is used to measure the flow properties of samples with very large particles such as building materials (cement, concrete, plaster) and foodstuff. The measuring principle, developed by Müller-Thyrach, is based on an excentrically rotating sphere which is available in various diameters. Due to the outstanding motor control of the Physica MCR series, a full flow and viscosity curve can be recorded in one single revolution of the measuring system.
Technical highlights
- Allows measurement of samples with very large particles
- Determination of the full flow curve in one revolution due to excellent speed control
- Different measuring systems available to accomodate a large range of sample viscosities
Applications
- Building materials: Measurement of flow properties, setting behavior and the influence of additives
- Food: Measurement of flow properties of complete samples such as jam with fruit particles, meat sauces or rice pudding
Most of the documents in this area can be downloaded directly. For some documents you need to register and then send a request to Anton Paar. Your download request will be processed as soon as possible by the responsible sales partner.
Application specific documents
Select your industry and application to see the list of relevant documents.
Common documents
A new ball measuring system for large particle suspensions
A new ball measuring system is brought to market which provides new opportunities to conduct rheological measurements on large particle suspension, paste-like substances and multi-phase systems which were not accessible to reproducible measurements with standard shear geometries. Flow curve ...
A new ball measuring system is brought to market which provides new opportunities to conduct rheological measurements on large particle suspension, paste-like substances and multi-phase systems which were not accessible to reproducible measurements with standard shear geometries. Flow curve ...
Reducing the cost of lime cement plaster by selecting appropriate methylcellulose combinations
The cost of construction materials is highly dependent on the additives used. An important task in many research and development laboratories is therefore to replace the additives with less expensive ones, without considerably changing the properties of the material. Here, the influence of ...
The cost of construction materials is highly dependent on the additives used. An important task in many research and development laboratories is therefore to replace the additives with less expensive ones, without considerably changing the properties of the material. Here, the influence of ...
