Synchronous TGA/DTA/DSC Plastic Thermogravimetric Analysis Differential Thermal Analyzer MSKZ1055A
by MEUBON
Save 11%
Original price
$14,453.23
Original price
$14,453.23
-
Original price
$14,453.23
Original price
$14,453.23
Current price
$12,900.00
$12,900.00
-
$12,900.00
Current price
$12,900.00
Advanced Synchronous TGA/DTA/DSC Plastic Thermogravimetric Analysis Differential Thermal Analyzer
Product Introduction:
Our Synchronous TGA/DTA/DSC Differential Thermal Analyzer is engineered to precisely analyze temperature and heat flow, facilitating comprehensive thermogravimetric analysis of plastics. Widely utilized in polymer development, performance testing, and quality control, this analyzer offers insights into crucial parameters including glass transition temperature, melting point, cold crystallization, crystallization, phase transition, and oxidation induction time (OIT).
Unlock the potential of your plastic materials with our cutting-edge analyzer, ensuring accurate and reliable results for informed decision-making in polymer research and development.
The following figure is a typical DSC curve, showing four types of transitions:
I is the second-order transition, which is the change of horizontal baseline Ⅱ is the endothermic peak, which is caused by the melting or melting transition of the sample Ⅲ is the endothermic peak, which is caused by the decomposition or cracking reaction of the sample Ⅰ Ⅱ Ⅲ Ⅲ Ⅳ is the exothermic peak, which is the result of crystal phase transition of the sample
Instrument interface：
a.The "Initial State" key is used to view real-time temperature, DSC and atmosphere information.
b."Parameter setting" key is used to set experimental parameters, which are usually set on software.
c. "Equipment Information" key to display equipment information. The administrator channel internal personnel calibrate the temperature usage.
Software operation：
1. enter new in the menu bar of "file", as shown in the following figure
2. After clicking "New", you will switch to a new window. In the new window, enter information such as [Sample Name], [Sample
Quality], [Operator], [Experimental Parameters], [Atmosphere], etc. The test type is selected as non-OIT according to customer
requirements, and click [Connect Instrument]. You'll hear a noise. Pay attention to the two experiments, and the sample names
cannot be the same.Otherwise, the overlay cannot be saved.
Quality], [Operator], [Experimental Parameters], [Atmosphere], etc. The test type is selected as non-OIT according to customer
requirements, and click [Connect Instrument]. You'll hear a noise. Pay attention to the two experiments, and the sample names
cannot be the same.Otherwise, the overlay cannot be saved.
Parameter setting of oxidation induction period experiment
Parameter setting of melting point and phase transition temperature
After the software setting is completed, connect the instrument, click the "△" start button in the upper left corner of the
software, the equipment will heat up according to the set program, and the software will record the data in real time.
software, the equipment will heat up according to the set program, and the software will record the data in real time.
After the experiment is completed, there will be a map. First, save the map to prevent it from being lost. And then analyze it.
Melting point, enthalpy and phase transition temperature analysis flow: left strike turns green-analysis-peak comprehensive analysis;
Oxidation induction analysis process:
left strike turns green-analysis-oxidation induction period;
At the same time, the software adds oit automatic analysis and initial melting analysis functions, and the operation steps are: an
alysis-initial melting, oxidation induction automatic analysis
Vitrification analysis operation: left click turns green-analysis-vitrification
Main technical parameters of the instrument：
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DSC
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BXT-DSC100L Differential scanning calorimeter
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DSC range
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0～±500mW
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Temperature range
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-10~600℃
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Heating and cooling
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1~100℃/min、1~20℃/min
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Temperature resolution
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0.001℃
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Temperature fluctuation
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±0.01℃
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Temperature repeatability
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±0.01℃
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DSC accuracy
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0.01mW
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DSC sensitivity
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0.001mW
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Temperature control mode
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Heating, constant temperature and cooling (program automatic control)
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Curve scanning
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Heating scanning, constant temperature scanning and cooling scanning
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Atmosphere control
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Two-way gas automatic switching
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Display mode
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24bit color 7-inch LCD touch screen display
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Data interface
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Standard USB interface
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Instrument standard
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With reference material (tin), the temperature and enthalpy can be calibrated by itself
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Remarks
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All technical indicators can be adjusted according to user needs
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- Power : Electronic
- Temperature range : Room temperature ~1150℃
- DTA Accuracy : ± 0.1μV
- temperature resolution : ion: 0.1 ℃
- Furnace : With the lid
- Display : 24bit color 7-inch LCD touch- screen display
- Measuring range : 0 ~ ± 2000μV
- Heating rate : 1 ~ 80 ℃ / min
- Temperature control : Heating, Cooling, Thermostat
- Data interface : USB interface