Determination of carbon, hydrogen, nitrogen, and sulfur content (CHNS): Carlo Erba EA 1108 CHNS-O elemental analyzer. Accurate instrument for determining the C, H, N, S content of organic and inorganic samples, fuels, chemicals, and more in the range of 0.5-100%.
Determination of heat of combustion using the Parr 6200 bomb calorimeter. Provides precise, reliable measurement of the heat of combustion of fuels and chemical substances. Supports fire safety and energy planning, enabling optimized utilization.
The determination of the fuel heating value is based on its measured calorific value, moisture content, and hydrogen content.
We efficiently determine ash content and ignition residue using a laboratory furnace. Testing in compliance with standards for coals, biomass, and wastes.
Determination of volatile matter content using a laboratory furnace. Determination of volatile matter content of coals, biomass, wastes, and sludges according to the relevant standard.
Determination of open flash point using the Marcusson apparatus. Determination of the open flash point of liquids, mineral oil products, etc., with the help of the Marcusson apparatus.
Precise particle size determination using a wet process in the range of 1-192 µm. Innovative CILAS 715 laser granulometer in our laboratory.
The Rapid k thermal conductivity meter enables efficient and precise determination of thermal conductivity values for various materials. Its optimized plane method ensures accurate results, aiding in mapping out precise material properties.
Rigaku MiniFlex II X-ray Diffraction: Efficient tool for determining the phase composition of powders, precise crystal structure analysis, and qualitative and quantitative determination of mineral phase composition.
Linseis L75 Laser Dilatometer: Examination of thermal expansion and coefficient of thermal expansion from 0°C to 1000°C in various atmospheric environments. Precise results for material design and manufacturing.
Setaram 131 EVO Differential Scanning Calorimeter (DSC): Detailed examination of crystallization and melting processes. Monitoring of oxidation and degradation processes over a wide temperature range.
Polymer identification and contamination detection using the Bruker Tensor27 Fourier Transform Infrared Spectrometer (FTIR).