Simultaneous Thermal Analysis STA 509 Jupiter® Series Method, Technique, Applications Analyzing & Testing

: INAL STAs G I R st O The f the fir day‘s o o one t to t s From e marke ing STA on th -perform best Flexible, Sophisticated & Technically Outstanding Simultaneous Thermal Analysis generally refers to the simultaneous application of Thermogravimetry (TGA) and Differential Scanning Calorimetry (DSC) to one and the same sample in a single instrument. The advantages are obvious: The test conditions are perfectly identical for the TGA and DSC signals and include: Atmosphere Gas flow rate Vapor pressure on the sample Heating rate Thermal contact to the sample crucible Sensor radiation effect, etc....

Outstanding Performance Coupled with Cutting-Edge Design MODULAR DESIGN FOR SEAMLESS CUSTOMIZATION The STA’s modular design allows for easy exchange of furnaces and sensors to accommodate multiple applications over a wide temperature range from -150°C to 2400°C. TOP-LOADING BALANCE DESIGN The top-loading and electronic compensated design offers ideal performance and easy handling, making it the obvious choice for a flexible analytic system and evolved gas analysis. OPTIMIZED EFFICIENCY FOR MORE SUSTAINABILITY DEFINED ATMOSPHERIC CONDITIONS The combination of electronic thermal stabilization and...

Discover Our Range of Carefully Tailored Simultaneous Thermal Analyzers, Each Designed to Meet Different Customer Needs  Balance resolution: 0.1 μg  Optional 20-position ASC The STA 509 Jupiter® Classic, Select and Supreme Best Price/Performance Ratio Known for its exceptional price/performance ratio, the Classic is the perfect choice for routine analysis. The high-performance SiC furnace offers a temperature range from room temperature to 1600°C on the sample. Its high load balance and DSC capability make it ideal for all typical STA applications – a great choice at a gr

 Choice of 12 different furnaces  Optional 20-position ASC  Choice of 9 different furnaces  Optional 20-position ASC Broadest Temperature Range, Largest Selection of Accessories Exceptional Balance Resolution, High Long-Term Stability The Select version offers unmatched versatility, allowing an ideal configuration to meet your individual needs for both hardware and software. With the flexibility provided by different user-interchange furnace and sensor options, the broad temperature range from -150°C to 2400°C, and high-sensitivity heat-flow DSC capability, this system is suitable for the...

The Appropriate Furnace for Your Application Various interchangeable furnaces are available to accommodate different application areas over the entire temperature range (-150°C to 2400°C). A double furnace hoist allows for the simultaneous installation of two different furnaces for improved sample throughput or for low- and high-temperature tests with the same instrument. The furnaces can easily be changed out by the operator. Therefore, the system is adaptable to any future application range. Day-to-Day Workhorse The silicon carbide furnace, the robust workhorse of the STA 509 Jupiter® , operates...

Measurements to the Highest of Temperatures Your Results Achieved at the Highest Speed Measurements Down to the Lowest of Temperatures The graphite and especially the tungsten furnaces are capable of reaching temperatures of up to 2400°C, facilitating analysis of material characteristics and stabilities in environments of extreme thermal conditions. This capability enables comprehensive exploration of high-temperature applications such as ceramics, metals and refractories. The high-speed furnace allows for the simulation of realistic heating processes with linear heating rates up to 1000 K/min....

Solutions for Special Applications Gas Analysis of High-Boiling Vapors The SKIMMER furnace can be coupled directly to the MS gas analyzer, thus ensuring the shortest possible path for gas transfer. Its dual-step pressure reduction, at the same temperature as the furnace, mitigates condensation risks, thereby improving detection sensitivity. Crafted from high-temperature materials, the SKIMMER operates efficiently at temperatures to 1950°C, making it suitable for demanding tasks in the field of evolved gas analysis, including metal or salt vapor analysis, as well as the examination of high-boiling...

MEET YOUR NEEDS WITH THE RIGHT SENSOR Various Sensors The STA 509 Jupiter® series features an interchangeable sensor system that offers unparalleled versatility and adaptability in experimental setups. This capability allows researchers to tailor their testing approaches to match specific sample characteristics, environmental conditions, and research objectives. The Quick-Connect feature permits sensor changes to be made in seconds, ensuring seamless adaptation of the system to different potential applications, ultimately maximizing the utility and effectiveness of the testing system. TGA-DSC...

Thermal Analysis Made More Sustainable STA 509 Jupiter® Eco Mode To obtain accurate thermogravimetric results with low drift behavior, most manufacturers have to resort to thermostatic control using a water circuit. Having to continuously run the thermostat consumes a lot of energy and produces waste heat, which subsequently needs to be regulated by air conditioning. NETZSCH has succeeded in eliminating the external thermostat. The temperature of the weighing chamber is now controlled electronically while maintaining excellent temperature stability. By eliminating the thermostat, the energy consumption...

Automatic Sample Changer An automatic sample changer for up to 20 samples is optionally available. The sample changer is designed for optimum crucible placement and maximum throughput. Preprogramming allows measurements to be carried out during the night or weekend. The software can automatically carry out analyses using automatic or predefined evaluations. Explore the possibilities of materials science with our wide range of crucibles. Made of premium materials such as highly sintered ceramics, refined metals, and pure graphite, our crucibles ensure reliability for measurements on challenging...