Thermogravimetric Analyzer for Thermal Analysis DH-TGA101

Thermogravimetric Analyzer for Thermal Analysis DH-TGA101

8542.00 USD ($)/Piece

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Product Details:

Max Height 220 mm
Humidity 5%-90% RH (Non-condensing)
Mounting Type Benchtop
Accuracy 0.01 mg %
Gas Pressure 0-0.2 MPa mpa
Frequency 50/60 Hz Hertz (HZ)
Operating Voltage 220V 10% Volt (V)
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Thermogravimetric Analyzer for Thermal Analysis DH-TGA101 Price And Quantity

Minimum Order Quantity 1 Piece
Price 8542.00 USD ($)/Piece

Thermogravimetric Analyzer for Thermal Analysis DH-TGA101 Product Specifications

Features Real-time Analysis, Automatic Data Storage, Programmable Heating Rate
Response Time < 1 second Seconds
Equipment Type Thermogravimetric Analyzer
Temperature Room Temp to 1100C Celsius (oC)
Measuring Range 0.01 mg - 10 g Kelvin (K)
Control Mode Microprocessor Control
Test Speed 0.1-50C/min
Power Supply 220V AC, 50Hz
Number of Specimens 1 (Standard)
Machine Weight Approx. 25 kg Kilograms (kg)
Interface Type USB/RS232
Test Range 0-100% Weight Loss
Port Size 6 mm Gas Inlet
Specimen Size Sample Pan: 6 mm Diameter Millimeter (mm)
Operating Voltage 220V 10% Volt (V)
Display Type LCD Touchscreen Display
Capacity 10 g (Max Sample Weight) Ltr
Automation Grade Automatic
Application Thermal Stability, Composition Analysis, Material Characterization
Resolution 0.01 mg
Usage Laboratory Analysis
Accuracy 0.01 mg %
Frequency 50/60 Hz Hertz (HZ)
Gas Pressure 0-0.2 MPa mpa
Mounting Type Benchtop
Max Height 220 mm
Humidity 5%-90% RH (Non-condensing)

Heater Power 2000 W
Startup Time < 8 minutes
Sample Holder Material Platinum/Alumina
Atmosphere Control Nitrogen, Oxygen, Air (Selectable)
Language Support Multi-language UI
Furnace Type High Precision Ceramic Furnace
Operation Software Windows Compatible
Cooling Rate Natural/Forced Air
Baseline Stability 10 g
Safety Features Over-temperature Protection, Power Failure Memory
Dimensions 430 mm 280 mm 320 mm
Data Output Format CSV, PDF
Calibration Method Automatic Mass and Temperature Calibration

Thermogravimetric Analyzer for Thermal Analysis DH-TGA101 Trade Information

Supply Ability 300 Piece Per Month
Delivery Time 3 Days

Product Description

Advantage of Structure

1. The furnace body is heated by double-row winding of precious metal alloy wire, which reduces interference and is more resistant to high temperatures.

2. The pallet sensor is made of precious metal alloy plate and has the advantages of high temperature resistance, oxidation resistance and corrosion resistance.

3. The power supply and circulation heat dissipation part are separated from the main unit to reduce the impact of heat and vibration on the micro-thermal balance.

4. It adopts a top-opening structure, which is easy to operate, and has an exhaust gas output port for easy expansion and connection of infrared and other equipment.

5. The main unit uses a heating furnace body to insulate the thermal impact on the chassis and micro-heating balance.

6. The furnace body adopts double insulation for better linearity.

Advantage of Controller and Software

1. Using imported ARM processor, sampling speed and processing speed is more faster.

2. Four-channel sampling AD collects TG signal and temperature T signal.

3. Heating control,adopts PID algorithm for precise control. Can multi-stage heating and constant temperature

4. USB two-way communication is used between the software and the instrument to fully realize remote operation. The parameter settings of the instrument and the operation of the instrument can be stopped through the computer software.

5. 7-inch full-color 24bit touch screen, better human-machine interface. TG calibration can be achieved on the touch screen

Technical Parameter

1. Temperature range: room temperature 1200 (DH-TGA103 temperature: room temperature 1550)

2. Temperature resolution: 0.01

3. Temperature fluctuation: 0.01

4. Heating rate: 0.1100/min

5. Temperature control method: PID control, heating, constant temperature, cooling

6. Program control: The program sets multiple stages of heating and constant temperature, and five stages can be set at the same time.

7. Balance measuring range: 0.01mg3g, expandable to 50g

8. Sensitivity: 1ug

9. Constant temperature time: arbitrarily set

10. Resolution: 0.1ug

11. Display mode: 7-inch large-screen LCD display with English characters

12. Atmosphere device: Built-in gas flow meter, including two-way gas switching and flow size control

13. Software: The intelligent software can automatically record the TG curve for data processing, and the TG/DTG, mass, and percentage coordinates can be switched arbitrarily; the software has an automatic adjustment function and automatically extends and zooms according to the map display.

14. The air path can be set to automatically switch between multiple sections without manual adjustment.

15. Data interface: standard USB interface, special software (software will be upgraded for free from time to time)

16.Power supply: AC220V 50Hz

17. Curve scan: heating scan, cooling scan

18. Five test patterns can be opened at the same time for comparison and analysis.

19. Cooling time: 15min, 1000room temperature; optional air-cooling cooling device can quickly cool down and improve test efficiency

20. Crucible type: ceramic crucible, aluminum crucible

21. Crucible size: 5*5mm; 7.5*7.5mm

22. Standard material: one set

High Precision and Automation

Featuring a premium ceramic furnace, programmable heating rates, and automated mass and temperature calibration, this analyzer delivers highly accurate results. The system boasts an impressive accuracy and resolution of 0.01 mg, making it suitable for critical laboratory measurements. Its fully automatic operation and user-friendly, Windows-compatible software streamline workflow and minimize human error.

Versatile Atmosphere and Cooling Controls

This analyzer accommodates multiple test requirements with selectable nitrogen, oxygen, and air atmospheres and both natural and forced air cooling. The 6 mm gas inlet supports pressures between 0-0.2 MPa, ensuring optimal thermal analysis conditions for various materials. Its microprocessor control allows seamless switching between atmospheres for advanced experimentation.

User-Friendly and Safe Operation

Designed for direct laboratory use, the benchtop analyzer includes an LCD touchscreen display, automatic data storage, and real-time analysis features. Over-temperature protection, power failure memory, and a multi-language interface ensure safe and convenient operation. With startup in less than eight minutes, the instrument is ready for rapid, continuous laboratory workflows.

FAQ's of Thermogravimetric Analyzer for Thermal Analysis:

Q: How does the Thermogravimetric Analyzer ensure precise measurement accuracy?

A: The analyzer uses a high precision ceramic furnace and a platinum/alumina sample holder, delivers accuracy and resolution up to 0.01 mg, and features automatic mass and temperature calibration. This guarantees consistently accurate thermal analysis results for all sample types.

Q: What types of analytical applications is this instrument suitable for?

A: This Thermogravimetric Analyzer is designed for laboratory uses such as thermal stability testing, composition analysis, and material characterization. Its broad measuring range and atmosphere control make it valuable for research, quality control, and educational environments.

Q: When should I use the selectable atmosphere control feature?

A: You should select between nitrogen, oxygen, or air atmospheres when analyzing how different gases impact your sample's thermal decomposition or stability. This flexibility allows tailored test conditions appropriate to your research or industrial application needs.

Q: Where can the Thermogravimetric Analyzer be installed in a laboratory setting?

A: The analyzer is intended for benchtop mounting and can be placed on any stable laboratory surface. Its compact dimensions (430 mm 280 mm 320 mm) and approximate 25 kg weight make it easy to accommodate within standard laboratory environments.

Q: What safety features are integrated into this analyzer?

A: Key safety features include over-temperature protection to prevent overheating, power failure memory for data safety during outages, and an LCD touchscreen UI that provides clear, direct control during operation. These ensure both operator safety and reliable performance.

Q: How is data outputted and stored from the instrument?

A: The analyzer automatically stores measurement data in real-time and supports output in CSV and PDF formats. Data can be exported via USB or RS232 interface for integration with laboratory data management systems.

Q: What are the benefits of using forced air cooling, and when should I choose it?

A: Forced air cooling allows for faster sample cooldown between tests, improving throughput and reducing waiting times. It is best used when rapid sequential analysis is needed or when working with temperature-sensitive materials that require prompt stabilization.

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