Analytics
Materials • Formulation • Substance Analysis
Decoding elastomers and ensuring quality
It is no longer possible to think of technical applications without elastomers. Seals and other elastomer components have important functions in technical systems and equipment. However, in comparison to more traditional materials such as steel, rubber is still a closed book for many users.
Because rubber is not just rubber. Though identical at first glance, elastomer compounds often differ significantly in their ingredients and properties. In order to keep an overview, to ensure consistent product quality, to understand emerging damage and to prevent future failure, it is worth taking a look at the material structure.
Provides new opportunities
Traditional tests, such as measuring hardness, density or compression set, are valuable for evaluating elastomers in general or comparing them with other materials. Also in case of failure, the results of essential material tests provide important information. However, these established and important test methods sometimes have their limits. For example, if the test specimens are too small or if special substances need to be detected in the materials, modern materials analysis can help.
Advanced materials analysis can be used specifically for polymers. Especially when investigating the causes of damage of elastomer components or for a profound quality assurance, materials analytics provide valuable details. They allow to compare material formulations, to detect ingredients or to determine the smallest changes in the materials.
Depending on your questions, we reasonably apply the methods of state-of-the-art analytics. For this purpose, we combine our many years of experience in the testing of elastomers with the knowledge of elastomer and application technology and the findings from numerous damage cases we have worked on.
Our aim is not just to provide you with scientific details, but to interpret the results for you according to your requirements. Thus, you can be sure that you get exactly the information you need for your projects.
What is the point of decoding a material?
Why does it sometimes make sense to use modern analytics to examine a material in addition to the conventional methods? When do we use the more complex analytical methods and what advantage can you draw from the results of the analysis for the series production of your products? We see the strengths of analytics particularly in the areas of failure analysis, quality assurance and for technical purchasing.
A deep look into the material
With the methods of modern analytics, it is possible to look deep into the material structure or to thoroughly test the dynamic-mechanical properties of elastomers. Depending on the method and the specific task, they provide information about the formulation of a material, the polymers used and other ingredients and foreign substances in a compound.
In this way, it is possile to
The following analytical test methods are particularly suitable for detailed examination of elastomer materials, detection of ingredients and breakdown of formulations.