The practical results obtained through our analysis and preservation methods are confirmed by the direct experience of our clients.
Petrochemical Research Laboratory
"The implementation of the nitrogen barrier for oxidative stability tests reduced result variations by over 15%. Spectral data is now extremely consistent, allowing for much more accurate predictive analysis."
Project Manager, Food Industry
"Through the lipid chemical analysis methods recommended by Oleakardia, we have managed to significantly extend the shelf life of our products while preserving nutritional integrity. The detailed report was essential for our development department."
Technical Director, Special Polymers
"The study of organic polymer degradation under controlled conditions provided us with crucial data for improving formulations. Preserving chemical properties is now a predictable process, not an empirical one. Excellent collaboration."
Contact us to discuss your own results and technical challenges.
A clear, 5-step scheme, from sample collection to obtaining results and recommendations for preserving chemical properties.
Samples are received and registered in our system with a unique code. Transport conditions are checked and the initial technical sheet is completed.
The sample is prepared for analysis in a controlled environment (nitrogen chamber), to prevent premature oxidation and maintain lipid integrity.
Basic analysis of lipid composition and oxidative stability test (OSI) are performed using spectrometry and chromatography.
Samples undergo an accelerated aging process in a nitrogen atmosphere to evaluate the efficiency of the long-term preservation method.
Development of the detailed technical report with analysis results, spectral graphs, and personalized recommendations for optimal preservation of properties.
Choose the appropriate level of investigation for the study of oxidative stability and degradation of organic polymers. All analyses are performed under controlled conditions with a nitrogen barrier.