The 1250°C TGA Thermogravimetric Analyzer offers precise measurement of mass changes in samples during heating, cooling, or at a constant temperature. Ideal for analyzing thermal stability, composition, and decomposition, this analyzer is essential in R&D, quality monitoring, and process optimization across industries such as plastics, rubber, pharmaceuticals, coatings, catalysts, and metal materials.

Advanced Controller and Software:

1. Equipped with an imported 32-bit ARM Cortex-M3 processor for high-speed data processing.
2. Uses a 24-bit, four-way AD sampling system to collect DSC, TG, and temperature signals.
3. Separate 8-bit microcontroller controls power and water circulation, isolating main unit from cooling to ensure smooth operation.

Thermal and Composition Analysis:

• DSC Capabilities: Measures melting, crystallization, phase changes, reaction temperatures, and heats of reaction.
• TGA Capabilities: Analyzes thermal stability, decomposition, oxidation, reduction, and calculates composition ratios, water content, and solvent identification.

Key Features:

• Top-Loading Design: Ensures easy, safe sample handling.
• Complementary DSC and TGA Methods: When used together, these methods help interpret phase transitions and mass changes, especially beneficial for unknown samples.

Operational Highlights:

• Oxidation induction period and melting point are customizable.
• Simulation optimization tools align well with experimental TGA data.

Core Specifications:

• Temperature Range: Room temperature to 1250°C or 1600°C
• Resolution: 0.1°C; fluctuation: ±0.1°C
• Heating Rate: 1–80°C/min
• Constant Temperature: Adjustable from 0 to 300 minutes
• Cooling Time: 15 minutes (from 1000°C to 100°C)
• Balance Range: 1mg to 2g (extendable to 5g)
• Sensitivity: 0.01mW
• Display: 7-inch, 24-bit color LCD touchscreen
• Data Interface: Standard USB
• Power Supply: AC 110V/220V, 50Hz (or 60Hz)

This robust analyzer, with separate cooling and power systems, precise thermal control, and easy-to-use design, meets the demands of high-precision thermal analysis in advanced materials research and industrial applications.

Parameter setting of oxidation induction period experiment

Parameter setting of melting point and phase transition temperature

Temperature range	room temperature ~ 1250 ℃/room temperature ~ 1600 ℃
Temperature resolution	0.1 ℃
Temperature fluctuation	± 0.1 ℃
Heating rate	1 ~ 80 ℃ / min
Temperature control	heating, constant temperature, cooling
Constant temperature	0 ~ 300min arbitrarily set
Cooling time	15min (1000 ℃ ~ 100 ℃)
Balance measurement range	1mg ~ 2g can be extended to 5g
Sensitivity	0.01mW
Constant temperature	0 ~ 300min arbitrarily set
Display	24bit color, 7 inch LCD touch screen display
Data interface	standard USB interface
Power	AC110v 220V 50Hz (AC110V,60Hz)

• Warranty : 3 years
• Temperature range : Room temperature ~ 1250 ° C
• Heating rate : 1~80°C/min
• Cooling time : 15min (1000°C--100°C)
• Balance measurement range : 1mg ~ 2g, can be extended to 30g
• Sensitivity : 0.01mg
• Constant temperature time : 0~300min Arbitrary setting
• Power supply : AC110V 220V 50Hz
• Certification : GS