Product Detail

SIMULTANEOUS THERMAL ANALYSIS (STA)

Model: STA 509 Jupiter®

Hãng: Netzsch – Germany

STA 509 Jupiter® is NETZSCH’s high-performance Simultaneous Thermal Analyzer, performing TGA and DSC on the same sample under identical measurement conditions. This enables simultaneous and highly reliable characterization of mass changes and thermal effects, providing comprehensive insight into material behavior within a single measurement.

Typical Applications: Polymers & Composites • Rubber • Chemicals • Pharmaceuticals • Batteries & Energy Materials • Ceramics & Glass • Metals & Alloys • Cement & Construction Materials • Refractories • Inorganic & High-Temperature Materials.

Key Technical Highlights:

• Outstanding balance performance: Resolution down to 0.025 µg, drift <2 µg/h, and sample load up to 35 g, depending on the system configuration. 
• Exceptionally wide temperature range: From -150°C to 2400°C with interchangeable furnace systems, covering applications from polymers to ceramics, metals and high-temperature materials. 
• High DSC performance: Signal resolution of 1 µW and enthalpy accuracy of 1% (Indium). 
• Advanced atmosphere control: Integrated 3 Mass Flow Controllers (MFCs) for protective and purge gases, optionally expandable to 4 MFCs; supports inert, oxidizing and vacuum conditions as well as specialized atmosphere configurations. 
• Proteus® AutoEvaluation: Automatic evaluation of mass changes, DTG curves, endothermic/exothermic effects and peak temperatures, simplifying data analysis and improving consistency. 
• Automation & Evolved Gas Analysis (EGA): Supports a 20-position Automatic Sample Changer (ASC) and coupling with FT-IR, QMS and GC-MS for identification and analysis of gases evolved during thermal processes.

More Info >>