Simultaneous Thermal Analyzer (STA)
Application:
* Measurement of parameters such as change in mass, crystal-to-glass transition temperature, chemical decomposition temperature, thermal stability, oxidation stability, enthalpy, specific heat and phase diagrams.
* Thermal analysis of powder samples or very small metallic and non-metallic parts (in the atmosphere of air or inert gases)
* Study of catalytic modes, decomposition reactions and speed of reactions
* Studying the polymerization of organic materials
* Characterization of melting, freezing, evaporation and sublimation reactions
* Study of pyrolysis of coal, wood and petroleum derivatives
* Determining the amount of moisture, volatile substances and ash of different materials
Product Introduction:
In TGA analysis, the sample is decomposed by heat or reacts with the surrounding gas environment. In the TGA thermal weighing device, a sensitive electronic scale is placed separately, which measures the changes in the weight of the sample in terms of the change in electric current in a coil. In DTA analysis, the substance under study and an inert control sample must be subjected to the same thermal cycles, which is essentially the same cooling or heating program. Meanwhile, any temperature difference between the test sample and the control sample is recorded and finally the graph of this temperature difference is drawn according to time. The STA analysis device records the TGA and DTA curves at the same time. As a result, this device has two major advantages over separate devices: reducing the analysis time and the same test conditions for both methods of thermal analysis.
Technical Specifications:
|
Thermal range |
Ambient temperature up to 1500 °C |
|
Measurement range |
0-35 gr |
|
Sensitivity |
10 Mgr |
Advantages:
* Very high temperature range of STA analysis compared to TGA and DTA analyses
* High temperature change rate up to 1000 K/min
* The ability to create diversity in the type of furnace, sensors and test atmosphere
* Investigation of kinetic functions of temperature changes with high accuracy
| Company | |
|---|---|
| Type | This product is a final B2B equipment. |
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Some of the catalytic applications are:
* Hydro cracking, hydro desulfurization and hydro denitrogenation
* Fischer-Tropsch synthesis
* Isomerization
* Reforming
* Fischer-Tropsch synthesis
* Cracking and fuel cell
Application:
* Performing dynamic hardness tests and performance tests
* Tensile, compressive and control tests
* Simulating movement mechanisms in parts
* Performing fatigue tests on various materials with a large number of wheels
* Testing steel, composite, non-ferrous, concrete, asphalt, spring, shock absorber, airplane and helicopter parts, cars, etc.
Application:
* Making cells containing thin films for solar cells
* Fabrication of fuel cells membrane with uniform structure and thickness
* Layering of smart windows and mirrors with a certain thickness and uniformly
* Controlling the thickness and density of optical coatings
* Molecular layering in the construction of electronic sensors
* Layering in the production of biomaterials
* Production of medicinal substances with improved dissolution and dispersion properties
Application:
Conducting tension, pressure and bending tests for various types of materials, including metals, wood, plastic, elastomers, ceramics, etc.
Application:
Investigating the permeability of test objects under different temperature conditions in polymeric materials
Application:
* Determining the amount of ice adhesion to various metallic and non-metallic surfaces, paints, coatings, car and airplane bodies, satellite antennas, power transmission cables and other surfaces.
* Obtaining accurate shear-stress between ice and coating in different freezing modes and different temperature and environmental conditions
Application:
* The ability to create heat in the furnace, Measuring the temperature of the furnace and control it, Measuring the temperature of the sample, collecting and transferring data.
Application:
* Performing the relaxation test for PC WIRE in ambient conditions with a temperature of 2 + 20 ℃
* Testing to select materials with higher performance under permanent strain conditions such as coiling
* Prestressed wires PC Wire & PC Strand
* Determination and evaluation of relaxation test on different metals
* Assist in more accurate design or calculations according to simulated working conditions
* Research and development (R&D) in the field of high strength steels
* Quality control (QC) and production
Application:
Measurement of linear speed and displacement of tensile devices and similar devices
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The dilatometer is often used in the research and development department to control the quality of solids, liquids, and powders and to determine the following:
* Linear thermal expansion (AL)
* Sintering temperature and sintering steps
* Determination of glass transition temperature (Tg)
* Phase changes
* Optimization of burning processes
* Determination of thermal expansion coefficient
* Volume changes
Application:
* Measurement of surface profile in one dimension with 50 nm accuracy
* Measurement of surface roughness
* Measuring the thickness of step layers
* A practical product in the field of solar cell research and thin film laboratories
Application:
* Antibacterial applications
* The heat transfer
* Reduce friction
* Water and wastewater treatment and identifiers