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1150C TGA Thermal Analyzer For Sale Plastic TGA Thermal Analyzer for University
1150C TGA Thermal Analyzer For Sale Plastic TGA Thermal Analyzer for University
-
1~4/piece
USD 8,900.00
-
5~9/piece
USD 8,500.00
-
≥10/piece
USD 8,000.00
Introducing our 1150C TGA Thermal Analyzer, specifically designed for universities and research institutions. This cutting-edge equipment offers precise analysis of plastic materials, ensuring accurate thermal behavior measurements up to 1150°C. With its advanced features, our TGA analyzer facilitates experimental testing, enabling researchers to delve deeper into material properties and enhance scientific discoveries.
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Product Code：
JD-TGA101
OEM：
Available
Sample：
Available
Port：
Guangzhou
Payment：
Western Union,L/C,T/T,D/P,D/A,Other,PayPal,VISA,MasterCard
Place of Origin：
China
Shipping：
Sea freight
Supply Ability：
99 piece per Month
Brand Name
JINDUN
Model Number
TGA-101
Temperature range
RT ~ 1150℃
Temperature resolution
0.01℃
Temperature fluctuation
±0.01℃
Heating rate
0.1~100℃/min
Temperature control
Heating, Constant temp
Balance sensitivity
0.01mg
Function
determine a material's thermal stability and its fraction
Single package size
50X40X30 cm
Single gross weight
60kg
Laboratory TGA/DTA/DSC Analyzer Thermogravimetric Analysis TG-DSC Thermal Gravimetric Analyzer
Differential thermal analysis: temperature under program control, the relationship and difference of temperature between the measured material and the reference.
The DTA curves is to describe the changing relationship depending on temperature and time between the measured material and the reference compound. During the test, the sample temperature changes due to the phase change or an endothermic or exothermic reaction effects. For example: the phase transition, melting, changing the crystal structure, boiling, sublimation, evaporation, dehydrogenation, cracking or decomposition reaction of oxidation or reduction reaction, destroy the lattice structure.
Technical parameters:
Details Images
How can the TGA be used to compare two similar products?
Here two (2) types of coffees are compared, Zimbabwe in blue and Columbian in
red, using the same method conditions. The solid lines are the weight loss curves
and the dashed lines are their respective derivatives. The differences are easily
displayed, but it will take a coffee scientist to interpret the significance of the difference.
How can the TGA be used as a QA/QC tool to ensure products meet their material specifications?
here is a fiberglass reinforced printed circuit board. This analysis determines the amount of resin and the amount of fiberglass used in this material. The delta Y calculation was used to determine the component percentages. Resin = 44.144%; Glass = 56.854%. The resin decomposes in two steps, first rapidly, then slows as the last remaining resin decomposes.
Can the TGA be used to identify safe operating temperatures in various gases?
Here is an example of a weight gain experiment. A manganese sample was
run in a nitrogen atmosphere. The sample purge rate was 30 mL/minute. The delta Y calculation with calculation limits were arbitrarily set at 115 °C and 1190 °C. In this experiment the weight gain is due to the formation of manganese nitride. When manganese is run in argon, there is no weight change.
Differential thermal analysis: temperature under program control, the relationship and difference of temperature between the measured material and the reference.
The DTA curves is to describe the changing relationship depending on temperature and time between the measured material and the reference compound. During the test, the sample temperature changes due to the phase change or an endothermic or exothermic reaction effects. For example: the phase transition, melting, changing the crystal structure, boiling, sublimation, evaporation, dehydrogenation, cracking or decomposition reaction of oxidation or reduction reaction, destroy the lattice structure.
Technical parameters:
| Temperature range | room temperature ~ 1350ºC |
|
0 ~ ± 2000μV | ||||
|
± 0.1μV |
|
1 ~ 80 ºC / min | ||||
|
0.1 ºC |
|
± 0.1 ºC | ||||
|
± 0.1 ºC |
|
Heating : process control parameters can be adjusted | ||||
|
With the lid, instead of the traditional lift furnace |
|
gas flow meter ( Optional) , the atmosphere converter | ||||
|
standard USB interface cable and operating software |
|
24bit color 7-inch LCD touch- screen display | ||||
|
With calibration function, can calibrate the temperature |
|
Users can adjust by baseline slope and intercept | ||||
|
AC 220V 50Hz |
Details Images
- Furnace body heating adopts customized nickel chrome wire double row winding system, reduce interference, more high temperature resistance.
2. Tray sensor, made of alloy wire seiko, with high temperature resistance, oxidation resistance, corrosion resistance and other advantages.
3. Power supply, the circulation cooling part is separated from the main engine to reduce the influence of heat and vibration on the microthermal balance.
4. The upper open cover structure is convenient to operate. It is very difficult to put samples in the upper moving furnace body, and it is easy to damage the sample bar.
5. The machine adopts isolated heating furnace body to the thermal impact of the chassis and micro thermal balance.
6. Furnace body can be replaced according to customer requirements.
How can the TGA be used to compare two similar products?
Here two (2) types of coffees are compared, Zimbabwe in blue and Columbian in
red, using the same method conditions. The solid lines are the weight loss curves
and the dashed lines are their respective derivatives. The differences are easily
displayed, but it will take a coffee scientist to interpret the significance of the difference.
How can the TGA be used as a QA/QC tool to ensure products meet their material specifications?
here is a fiberglass reinforced printed circuit board. This analysis determines the amount of resin and the amount of fiberglass used in this material. The delta Y calculation was used to determine the component percentages. Resin = 44.144%; Glass = 56.854%. The resin decomposes in two steps, first rapidly, then slows as the last remaining resin decomposes.
Can the TGA be used to identify safe operating temperatures in various gases?
Here is an example of a weight gain experiment. A manganese sample was
run in a nitrogen atmosphere. The sample purge rate was 30 mL/minute. The delta Y calculation with calculation limits were arbitrarily set at 115 °C and 1190 °C. In this experiment the weight gain is due to the formation of manganese nitride. When manganese is run in argon, there is no weight change.
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