Thermal Analysis Platform

Differential scanning calorimetry (DSC) is a method of measuring the relationship between the energy difference between the measured sample and the reference material and the temperature or time under the program temperature control. The DSC8500 is a power compensated DSC, that uses two relatively independent, low-quality furnace bodies with fast response characteristics and more accurate measurement data over a full temperature range. It can be used in the characterization of pharmaceutical materials, the characterization of drug polycrystals, and the analysis of the effect of processing on plastics.

Traditional DSC is designed for a wide range of applications, but it is often lack of sensitivity in the study of biological samples. Nano DSC uses a double capillary tube design, which makes its measurement more sensitive, accurate and precise, and can be used to characterize the molecular stability of biomolecules in dilute solution.

The dynamic mechanical analyzer(DMA) is used to measure the change of mechanical properties of materials with time, temperature and frequency. In addition to basic material characteristics, DMA quantifies the characteristics of finished parts, which reflects the important contribution of processing to end-use performance, providing you with the most accurate and repeatable measurement of mechanical properties over a wide temperature range.

As a classical analysis method to study the thermal effect of materials at controllable temperature, DSC has been widely used in research and development, process optimization, quality control and failure analysis. The sensitivity of the DSC 204 F1's sensor is more than ten times higher than that of the common sensor under the premise of ensuring the peak separation ability. It is especially suitable for the detection of small samples in the fields of medicine, food and so on.

DMA 8000 can precisely control the relative humidity of the sample testing environment and provide a simple method for determining the dynamic mechanical properties under the specified relative humidity conditions. The instrument can store video files in the process of sample testing, facilitate data processing and aided analysis, and can be widely used in plastics, rubber, paint, medicine and food industries.

Laser flash analysis(LFA) is a rapid and flexible measurement method, which can bot only measure the thermal diffusion coefficient directly, but also calculate the thermal conductivity by measuring or inputting the specific heat. The LFA467 can cover a wide range of testing materials and a wide range of temperature, simultaneously measure more than one sample, and provide you with accurate measurement results.

The thermo gravimetric analyzer (TGA) is an instrument that measures the mass of a substance as a function of temperature or time under programmed temperature control. The TGA 4000 temperature control used in Alfa Chemistry has high accuracy and precision. It is suitable for many kinds of active gas atmospheres. It can be used to detect the fluctuation rate of samples, moisture content, oxidation stability, decomposition temperature, ash content and so on.

In the research process, it is often necessary to analyze the unknown mixture to determine its main components, and to identify the additives or pollutants and the types and contents of information and so on. The combined use of thermo gravimetric analyzer, fourier transform spectrometer and gas chromatograph is a very effective method for the detection and analysis of complex mixtures. It can be used in the fields of plastics, petrochemicals, pharmaceuticals, food and so on.

Simultaneous Thermal Analyzer is a combination of TGA and DSC. Both thermo gravimetric and differential thermal information can be obtained in a single measurement. Compared with the single TGA or DSC, it can eliminate the influence of weight, sample uniformity, heating rate uniformity and other factors, and obtain a better corresponding curve. It is widely used in ceramic, metal, coating, medicine and other fields.

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