Brabender ElaTest measuring system
Brabender has launched its new measuring system, the ElaTest. The new device claims to be able to provide density determination of rubber and rubber compounds within the production-accompanying incoming goods. Additionally, quality control is now available, which features a modern and robust design with high operating comfort as well as additional functions.
Key information:
- Brabender launch its new measuring system, the ElaTest.
- The new system will provide density determination of rubber and rubber compounds.
- According to the measurement technology specialists, the ElaTest will be ideal for use in demanding environmental conditions due to the robust nature of the system.
The ElaTest designers believe the device, with its fast-measuring method, will be suitable for demanding ambience conditions like tyre production. While the areas of application for rubber vary, the requirements for the material remain the same. The material must always be both robust and elastic. Additionally, in select cases like vehicle tyres, the rubber must also conform to safety standards.
Brabender claims that its ElaTest can determine the density of non-vulcanised, i.e., uncured rubber and rubber compounds both reliably and quickly. The device has also been further developed to focus on user-friendliness.
“With the new ElaTest, customers benefit from the MetaBridge software solution, the ergonomic arrangement of the operating elements and the stainless-steel design,” said Michael Stanko, Business Development Manager Plastics & Rubber at Brabender. “In addition, the ElaTest does not require any auxiliary equipment, e.g., an immersion medium for which the density must be known in advance.”
Additionally, there is also the option of using the DAkkS-accredited calibration of the measuring system, which is internationally recognised.
ElaTest also features a built-in balance with automatic measured value transmission, as well as a built-in computer with a touch screen for ease of operation. This integrated balance helps determine the density sample via an electronic displacement measuring system. Stanko explains this by saying:
“For this purpose, after weighing in the measuring cylinder, the sample is compressed by a piston at a defined pressure. The sample volume and the sample density are then calculated taking into account the diameter of the measuring cylinder and the determined piston position.”
Brabender believes its new device weighs 130 kilograms, making it both robust and distinguishable compared to others on the market. Additionally, the robust nature should make the machine suitable for demanding environmental conditions.
ElaTest comes with integrated MetaBridge software, which allows measurement results to be accessible from anywhere via a web browser. Additionally, the user will benefit from further options for multiple determinations and the statistical evaluation of the test results through the correlation software.