The objective for this thesis was the development of analytical approaches for the semi-quantification of relevant constituents of adhesives by using statistically averaged detection response factors of known and representative adhesive related substances.
For this, the analytical screening methods that covered various chemical classes of adhesive related substances up to a molecular weight of 1000 g/mol were developed. These multi-screening methods were validated and the applicability was confirmed for migration and extraction tests of real food packaging materials.
In conclusion, the multi-screening methods covered a broad range of physico-chemical properties of compounds and the semi-quantitative approach was very reliable with an acceptable range of uncertainty. It can be proposed as an useful semi-quantitative approach for the analysis of potential migrants related to adhesives.
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The objective for this thesis was the development of analytical approaches for the semi-quantification of relevant constituents of adhesives by using statistically averaged detection response factors of known and representative adhesive related substances.
For this, the analytical screening methods that covered various chemical classes of adhesive related substances up to a molecular weight of 1000 g/mol were developed. These multi-screening methods were validated and the applicability was con...
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