MAM
Chemical Process Technologies Laboratories
Inorganic Analysis Instrumental Laboratory-1
Laboratory studies include sample preparation with microwave dissolving device, kjeldahl nitrogen determination, extraction, evaporation, centrifugation and sample preparation with sand bath.
Inorganic Analysis Wet Analysis Laboratory
Laboratory work includes sample preparation, dissolution/melting, etc. for inorganic analyses.
Inorganic Analysis Instrumental Laboratory-2
It is an instrumental analysis laboratory, the studies carried out in the laboratory are ICP sample preparation, test analysis and identification studies with ICP-OES, ICP-MS, OES, GC, LECO devices.
Inorganic Analysis Titration and Balance Laboratory
There are digital balances and titrators in the laboratory. Studies carried out in the laboratory include potentiometric titration, density, pH, conductivity measurements, etc.
Inorganic Analysis Instrumental Laboratory-3
Laboratory studies include wet and dry measurement of mastersizer grain size distribution, ion chromatography analysis, zetasizer (grain size and zeta potential), UV, TGA, dynamic viscosity measurements.
Inorganic Analysis Sample Preparation
Laboratory studies include drying, loss of superheat, drying ovens and furnaces for moisture, bulk density, crushing/grinding and sieve analysis.
X-RF Laboratory
The studies carried out in the laboratory are XRF sample preparation and analysis with the XRF device.
Thermal Analysis Laboratory
In this laboratory, Perkin Elmer Pyris 1 TGA device is used to analyze the temperature mass change, decomposition and loss of volatile components of polymers, inorganic and organic materials. In addition, the behavior of polymeric structures under variables such as temperature, frequency or time is measured in TA brand DMA device.
Gas Chromatography Laboratory
In the Agilent GC-FID devices in the laboratory, chemical content and component determination analyzes, especially in smuggled fuel products, and in the GC-FID-HS device, ethylene oxide dioxane residue determination analyzes are carried out in products such as pharmaceuticals, cosmetics, etc. At the same time, the existing GC-MS device can perform qualitative analysis of volatile materials with a molecular weight of 400 with library support.
