 |
| Quantity: | |
|---|---|
hongjin
Product Overview:
Thermogravimetric analyzers are primarily used to measure and study the following material properties: thermal stability, decomposition processes, adsorption and desorption, oxidation and reduction, quantitative analysis of components, the effects of additives and fillers, moisture and volatiles, reaction kinetics, etc.
Product Features:
1. Built-in imported mass weighing balance with internal calibration and temperature compensation functions, enabling rapid response to mass changes and delivering improved accuracy and repeatability.
2. The instrument features a built-in mass leveling function, ensuring that changes in sample position within the scale pan range do not affect the mass result.
3. The internal balance chamber is equipped with a constant temperature water bath to maintain a constant temperature, significantly improving weighing stability.
4. The instrument can perform experiments involving sample weight gain or loss, such as adsorption and decomposition.
5. The enclosed ceramic insulated furnace significantly improves signal sensitivity and resolution, enabling a more stable baseline.
6. The modular furnace design provides greater mobility and easier maintenance.
7. The furnace is equipped with a dual gas purge mechanism to ensure airtightness during experiments.
8. The furnace is equipped with a capillary water circulation refrigeration mechanism that surrounds the furnace for cooling.
9. The furnace can be equipped with a pre-installed exhaust gas treatment port for secondary analysis of the exhaust gas, as required by the customer.
10. The sensor bracket is designed with imported materials, which are more resistant to corrosion and oxidation, and the sensor has high sensitivity.
11. The sensor signal sampling frequency is adjustable from 0.05 to 10 Hz, providing more flexible experimental methods and more controllable data.
12. The dual temperature sensor design allows for simultaneous measurement of both the furnace internal temperature and the sample temperature.
13. The fully controlled temperature system utilizes an optimized dynamic PID algorithm, significantly avoiding the shortcomings of traditional PID algorithms and enhancing the robustness of dual-mode temperature control.
14. The FTC and STC experimental modes are adjustable, providing user-friendly and flexible temperature control to meet the needs of diverse experimental scenarios and experiments. This provides more precise temperature control during the experiment, more efficient analysis of sensor signals, and precise control of experimental results.
15. 12-step programmable temperature control allows for more diverse experimental methods, and the device features a loop scan function with up to 9999 cycles and automatic data storage.
16. Both the lower and upper computer systems feature multi-point temperature calibration, meeting the needs of diverse experimental scenarios and improving temperature measurement accuracy.
17. The instrument is equipped with an imported high-frequency core control processor for faster processing speed and more efficient control.
18. Independent atmosphere control can be intelligently configured through software, allowing the instrument to automatically switch gas flow systems for higher experimental efficiency.
19. The system can perform heating, cooling, and isothermal material experiments.
20. A 7-inch, 24-bit full-color LCD touchscreen displays instrument status and data in real time.
| Temperature range | Room temperature to 1250°C |
| Temperature fluctuation | ±0.01°C |
| Balance measuring range | 0.01mg-5g |
| Hot-hold time | 0-500min (arbitrary setting) |
| Cooling time | 30min (1000°C…100°C) |
| Timing frequency | 16.6Hz |
| Sampling rate | 0.05-10Hz programmable |
| Experimental mode | FTC and STC modes adjustable |
| Experimental type | Weight loss, weight gain (adsorption) |
| Programmed temperature control | Flexible 12-step temperature control for all stages |
| Temperature control method | Heating, constant temperature, cooling |
| Number of cycles | Cycle scans can be set up to 9999 times, with automatic data saving |
| Instrument calibration | Multi-point temperature calibration function for both the lower and upper controllers |
| Display mode | 24-bit color 7-inch LCD touch screen display |
| Atmosphere control | Two atmospheres can be freely set, with automatic instrument switching |
| Parameter standard | Supplied with standard materials for user-defined temperature correction |
| Power supply | AC220V/50Hz (AC110V customizable) |
| Temperature resolution | 0.01°C |
| Heating rate | 0.1-100°C/min |
| Mass resolution | 0.01mg |
Product Overview:
Thermogravimetric analyzers are primarily used to measure and study the following material properties: thermal stability, decomposition processes, adsorption and desorption, oxidation and reduction, quantitative analysis of components, the effects of additives and fillers, moisture and volatiles, reaction kinetics, etc.
Product Features:
1. Built-in imported mass weighing balance with internal calibration and temperature compensation functions, enabling rapid response to mass changes and delivering improved accuracy and repeatability.
2. The instrument features a built-in mass leveling function, ensuring that changes in sample position within the scale pan range do not affect the mass result.
3. The internal balance chamber is equipped with a constant temperature water bath to maintain a constant temperature, significantly improving weighing stability.
4. The instrument can perform experiments involving sample weight gain or loss, such as adsorption and decomposition.
5. The enclosed ceramic insulated furnace significantly improves signal sensitivity and resolution, enabling a more stable baseline.
6. The modular furnace design provides greater mobility and easier maintenance.
7. The furnace is equipped with a dual gas purge mechanism to ensure airtightness during experiments.
8. The furnace is equipped with a capillary water circulation refrigeration mechanism that surrounds the furnace for cooling.
9. The furnace can be equipped with a pre-installed exhaust gas treatment port for secondary analysis of the exhaust gas, as required by the customer.
10. The sensor bracket is designed with imported materials, which are more resistant to corrosion and oxidation, and the sensor has high sensitivity.
11. The sensor signal sampling frequency is adjustable from 0.05 to 10 Hz, providing more flexible experimental methods and more controllable data.
12. The dual temperature sensor design allows for simultaneous measurement of both the furnace internal temperature and the sample temperature.
13. The fully controlled temperature system utilizes an optimized dynamic PID algorithm, significantly avoiding the shortcomings of traditional PID algorithms and enhancing the robustness of dual-mode temperature control.
14. The FTC and STC experimental modes are adjustable, providing user-friendly and flexible temperature control to meet the needs of diverse experimental scenarios and experiments. This provides more precise temperature control during the experiment, more efficient analysis of sensor signals, and precise control of experimental results.
15. 12-step programmable temperature control allows for more diverse experimental methods, and the device features a loop scan function with up to 9999 cycles and automatic data storage.
16. Both the lower and upper computer systems feature multi-point temperature calibration, meeting the needs of diverse experimental scenarios and improving temperature measurement accuracy.
17. The instrument is equipped with an imported high-frequency core control processor for faster processing speed and more efficient control.
18. Independent atmosphere control can be intelligently configured through software, allowing the instrument to automatically switch gas flow systems for higher experimental efficiency.
19. The system can perform heating, cooling, and isothermal material experiments.
20. A 7-inch, 24-bit full-color LCD touchscreen displays instrument status and data in real time.
| Temperature range | Room temperature to 1250°C |
| Temperature fluctuation | ±0.01°C |
| Balance measuring range | 0.01mg-5g |
| Hot-hold time | 0-500min (arbitrary setting) |
| Cooling time | 30min (1000°C…100°C) |
| Timing frequency | 16.6Hz |
| Sampling rate | 0.05-10Hz programmable |
| Experimental mode | FTC and STC modes adjustable |
| Experimental type | Weight loss, weight gain (adsorption) |
| Programmed temperature control | Flexible 12-step temperature control for all stages |
| Temperature control method | Heating, constant temperature, cooling |
| Number of cycles | Cycle scans can be set up to 9999 times, with automatic data saving |
| Instrument calibration | Multi-point temperature calibration function for both the lower and upper controllers |
| Display mode | 24-bit color 7-inch LCD touch screen display |
| Atmosphere control | Two atmospheres can be freely set, with automatic instrument switching |
| Parameter standard | Supplied with standard materials for user-defined temperature correction |
| Power supply | AC220V/50Hz (AC110V customizable) |
| Temperature resolution | 0.01°C |
| Heating rate | 0.1-100°C/min |
| Mass resolution | 0.01mg |
