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⓸、Simultaneous Thermal Analyzer (STA)

STA1000 Simultaneous Thermal Analyzer

Product details

STA PT1000 Simultaneous Thermal Analyzer|Integrated TGA–DSC Thermal Analysis System

The STA PT1000 is a simultaneous thermal analyzer that integrates Thermogravimetric Analysis (TGA) and Differential Scanning Calorimetry (DSC) into a single system. Within one single measurement run, both mass change and heat flow signals can be recorded simultaneously. With a maximum operating temperature of 1000°C, the system is particularly suitable for investigating thermal decomposition, phase transitions, and thermal stability of materials in the medium-temperature range. Typical applications include polymers, inorganic materials, battery materials, and energy-related materials.


Key Features

  • Simultaneous TGA + DSC measurement: Mass change curves and heat flow curves are obtained in a single experiment, improving efficiency and enabling direct data correlation.
  • Maximum temperature up to 1000°C: Covers the temperature range required for most polymer, chemical, and general material development applications.
  • High-resolution microbalance: TGA mass resolution down to 0.1 μg, suitable for detecting subtle mass changes.
  • Dual gas control: Independent control of reactive and protective gases, supporting inert, oxidative, and reductive atmospheres.
  • Thermal stability and reaction heat analysis: Enables evaluation of thermal decomposition, redox reactions, phase transitions, and reaction enthalpy.
  • Intelligent software platform: Advanced analysis software supports curve overlay, dynamic peak evaluation, enthalpy calculation, and Cp determination.

Main Application Areas

  • Lithium batteries and energy materials: Thermal stability, reaction heat, and decomposition behavior analysis.
  • Polymers and composites: Decomposition temperature, glass transition, melting and crystallization behavior.
  • Inorganic and functional materials: Mass loss behavior, redox processes, and phase transition tracking.
  • Catalytic materials: Comparison of thermal behavior before and after treatment, and evaluation of catalytic activity.

Technical Specifications Comparison

Item STA PT1000 STA PT1000 HiRes
Temperature range RT to 1000°C RT to 1000°C
Maximum sample load 25 g 5 g
TGA resolution 0.5 μg 0.1 μg
Measurement system / Thermocouple E / K / S E / K / S
Vacuum level 10E-2 mbar 10E-2 mbar
Cooling time < 15 min (1000°C → 100°C) < 15 min (1000°C → 100°C)
Available measurement modes TG
TG–DTA
TG–DSC
TG
TG–DTA
TG–DSC
TG–DSC (Cp)
DTA signal calculation Optional Optional
MFC gas control Optional Optional

Video

Watch STA PT1000 demonstration video (YouTube)


Sales Contact

 
CONTACT
Allen Kuo

Mobile: 0919-138-108

Email: Allen.kuo@fstintl.com.tw