Plastics, elastomers and films

Although plastics had captured the world since the middle of the 19th century, there were only a few information about the exact structures of polymer materials at first. From vapour pressure and osmosis measurements one only knew that very large molecules with a high molecular mass were involved here. Erroneously, one thought that these are colloidal structures.

Outstanding characteristics – numerous applications

The German chemist Hermann Staudinger is considered as founder of the polymer chemistry. Already in 1917 he stated that high-molecular compounds consist of covalently joined, long-chain molecules. In 1920 he published an article in the specialist journal "Berichte der Deutschen Chemischen Gesellschaft" which is deemed the beginning of modern polymer sciences. Between 1924 and 1928 further important theories about the composition of plastics followed. Until today, they form the basis for understanding this class of materials. For his pieces of work Staudinger was awarded the Nobel prize in 1953.

An outstanding characteristic of plastics is that their technical properties such as mouldability, hardness, elasticity, fracture strength, temperature and heat resistance and chemical resistance can be varied to a large extent by selecting the feedstock, processes of manufacture and adding additives. With regard to elastomers, there is also elastic deformability. This means that these plastics can deform in case of tensile and compressive loads, but subsequently they recover their original undeformed shape. Accordingly, the fields of application for plastics are diverse.

A special competence above all is the processing of silicones into functional layers, films and membranes which are particularly resistant to chemicals, flame-resistant and very rough. The characterization of elastomer materials above all of seals in automotive engineering is a further field of competence at our institute. Due to their complex geometry it is difficult to determine the friction and wear properties and to develop prediction models.

In this section the following tests are frequently searched:

Squeak Behavaiournarzverhalten

Phtalates / Plasticisers

Abrasion Resistance

Tensile Test



Contact

FILK - Forschungsinstitut für Leder und Kunststoffbahnen
Meißner Ring 1-5
09599 Freiberg

GERMANY

Fon: +49-(0)3731-366-0
Fax: +49-(0)3731-366-130
E-Mail: mailbox@filkfreiberg.de

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