TG-300 Low-Temperature Differential Scanning Calorimeter (–40 to 600 °C)
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Description
Product Introduction:
The TG‑20 low‑temperature differential scanning calorimeter employs semiconductor cooling, enabling a temperature range from –40°C to 600°C to meet the testing requirements of various materials. It features an intelligent temperature‑control system and a bidirectional operation mode.
Differential scanning calorimetry is a thermal analysis technique that measures the difference in heat flow between a sample and a reference material as a function of temperature under programmed temperature conditions. It can accurately quantify the thermal effects—such as melting, crystallization, glass transition, curing, and decomposition—that occur during heating or cooling, thereby providing critical information for material performance evaluation, quality control, and research and development.
Meets the standard:
GB/T 33466.1-2016 Poly(vinyl chloride) rigid pipes — Differential scanning calorimetry (DSC) — Part 1: Determination of processing temperature
GB/T 40271-2021 Test Method for Identification of Textile Fibers — Differential Scanning Calorimetry
GB/T 41928-2022 GB/T 41928-2022 Determination of Crosslinking in Epoxy Resins by Differential Scanning Calorimetry (DSC)
GB/T 19466.1-2004 General Principles for Differential Scanning Calorimetry (DSC) of Plastics
GB/T 19466.4-2016 Plastics — Differential Scanning Calorimetry (DSC) — Part 4: Determination of Specific Heat Capacity
GB/T 19466.5-2022 Plastics — Differential Scanning Calorimetry (DSC) — Part 5: Determination of Temperature, Time, Reaction Enthalpy, and Conversion of Characteristic Reaction Curves
GB/T 19466.6-2009 Plastics — Differential Scanning Calorimetry (DSC) — Part 6: Determination of Oxidative Induction Time (Isothermal OIT) and Oxidative Induction Temperature (Dynamic OIT) GB/T 36965-2018 Test Method for Crosslinking Degree of Ethylene–Vinyl Acetate Copolymer Used in Photovoltaic Modules (Partial Display of National Standards)
Product Features:
1. Industrial-grade 7-inch touchscreen with rich information display.
2. A completely new furnace design delivers a cleaner baseline and higher precision. Heating is achieved via indirect conduction, ensuring superior uniformity and stability while minimizing pulsed radiation—outperforming conventional heating methods.
3. USB communication interface, highly versatile, with reliable, uninterrupted communication and support for automatic connection recovery.
4. Automatically switches between two atmospheric gas flows, with fast switching speed and short stabilization time. Additionally, a third protective gas inlet has been added.
5. The software is simple and easy to use.
6. Sensitivity, accuracy: 0.001 mW, 0.001 °C
Technical Specifications:
| Parameter item | Parameter value |
| Temperature range | -40~600℃ |
| Temperature sensitivity | 0.001℃ |
| Temperature fluctuations | ±0.01℃ |
| Temperature repeatability | ±0.1℃ |
| Heating and cooling rate | 0.1–100°C/min; cooling rate: 0.1–40°C/min (linearly controllable) |
| Data scanning | Heating scan, cooling scan, isothermal scan |
| Temperature control method | PID precise control (fully automatic program control); the lower-level controller interface allows users to independently set and define PID parameter values, accommodating various environments and heating power levels; customizable initial heating power is also supported. |
| DSC range | 0~±800mW |
| DSC resolution | 0.01 μW |
| DSC sensitivity | 0.001mW |
| Power supply | AC 220V/50Hz or custom-made |
| Atmosphere control gas | Nitrogen, oxygen (automatically switched by the instrument) |
| Gas flow rate/pressure | Gas flow rate: 0–200 mL/min; Gas pressure: 1 MPa |
| Display mode | 24-bit color, 7-inch LCD touchscreen display |
| Parameter Standards | Equipped with standard substances (indium, tin, and lead), users can perform temperature calibration themselves. |
| Thermocouple Configuration | The instrument is equipped with multiple thermocouple pairs, implemented using a thermopile design: one pair measures the sample temperature, while another measures the internal ambient temperature of the instrument. |
| Temperature correction | The instrument’s lower-level controller features multi-point temperature calibration, with at least three calibration points covering low, medium, and high ranges; no calibration is required on a computer. |
| Software Features (1) | It features a specific heat capacity testing function and includes standard reference samples for such measurements. The software allows simultaneous configuration of experimental parameters across five segments, and can open six sets of experimental data at once for comparative analysis of the same interface; the analysis results can be dragged and adjusted. |
| Software Features (II) | The software features automatic analysis, can export data in Excel format, and allows experiments to be saved as PDF reports. |
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