Dickeninformationen

Dickeninformationen refers to the information and data obtained from a semilogarithmic diagram known as a Dicken diagram. This diagram is used to determine the antitack behavior of thermoplastic materials, which are those that change their physical state in response to temperature changes.

The Dicken diagram displays the relationship between the antitack characteristics of a material and the temperature at which the material undergoes changes in its physical state. It is commonly used in the plastics and rubber industries to evaluate the properties of various materials, especially those used as roofing membranes or components of building construction.

The diagram is named after Hans Dicken, who developed the methodology used to construct the diagram. To obtain a Dicken diagram, the following steps are typically taken: samples of the material of interest are compression molded at different temperatures, and the resulting specimens are then tested for their antitack behavior. The results are plotted on a semilogarithmic graph to obtain the Dicken diagram, showing the relationship between the material's antitack characteristics and temperature.

The antitack behavior of a material is crucial in ensuring that the material maintains its contact with a surface, such as a granular tape or a corrugated cardboard. Low levels of antitack may cause the material to separate from a surface, leading to damage or performance issues in various applications. The Dicken diagram is a useful tool in determining the suitability of thermoplastic materials for specific applications, and helps manufacturers to select the most suitable materials for their intended use.