TG 309 Libra® classic, Select and Supreme

TG 309 Libra^® classic, Select and Supreme

TG 309 Libra^® Series 

Excellence in Product Design

Introducing our state-of-the-art ultra-sensitive thermobalance, the TG 309 Libra^® Classic / Select and Supreme.

• Outstanding resolution down to 10 ng. This balance offers unparalleled sensitivity, setting new standards in measurement accuracy.      
• Unique magnetic dampers ensure precise and reliable measurements in any environment.
• A variety of user-interchangeable sample carriers, including corrosion-resistant and high-sensitivity sensors, for specific applications and reduced maintenance costs.
   

and many more fantastic features.

Analyze the unique thermal behavior of materials and their components

TG 309 Libra^® Classic

The TG 309 Libra^® Classic is the device with the best price-performance ratio in the Libra^® series. It is the ideal instrument for Quality Control. The Classic offers a temperature range from 10 °C up to 1025 °C. In addition, it can be equipped with a 20-position ASC (Automatic Sample Changer).

Get Results Faster Without a Baseline Run

The TG 309 Libra^® Select is the instrument which offers the greatest variety in the Libra^® series. Temperature ranges from 10°C to 1025°C or up to 1100°C can be selected. It offers outstanding balance resolution for detecting even the smallest of changes in a material's mass. In addition, it offers the ability to couple to to gas analysis and the possibility of being equipped with a large, 204-position ASC (Automatic Sample Changer).

Get Results Faster Without a Baseline Run

To ensure accurate mass change values, a baseline run is typically conducted under test conditions that are identical in terms of  heating rate, gas type, and gas flow.

The baseline takes factors such as heating rate, crucible type and geometry into account while also accounting for instrument and buoyancy effects, thus allowing these to be subtracted from the sample measurement.

The TG 309 Libra^® typically eliminates the need for a separate baseline run when using the integrated BeFlat^® baseline run for typical temperature measurements. This significantly speeds up tests.

To ensure accurate mass change values, a baseline run is typically conducted under test conditions that are identical in terms of  heating rate, gas type, and gas flow.

The baseline takes factors such as heating rate, crucible type and geometry into account while also accounting for instrument and buoyancy effects, thus allowing these to be subtracted from the sample measurement.

The TG 309 Libra^® typically eliminates the need for a separate baseline run when using the integrated BeFlat^® baseline run for typical temperature measurements. This significantly speeds up tests.

The TG 309 Libra^® Supreme is the top-of-the-line thermobalance in the Libra^® series. It offers outstanding balance resolution for detecting even the smallest of changes in a material's mass. In addition, it offers the ability to couple to to gas analysis and the possibility of being equipped with a large, 204-position ASC (Automatic Sample Changer).

Get Results Faster Without a Baseline Run

To ensure accurate mass change values, a baseline run is typically conducted under test conditions that are identical in terms of  heating rate, gas type, and gas flow.

The baseline takes factors such as heating rate, crucible type and geometry into account while also accounting for instrument and buoyancy effects, thus allowing these to be subtracted from the sample measurement.

The TG 309 Libra^® typically eliminates the need for a separate baseline run when using the integrated BeFlat^® baseline run for typical temperature measurements. This significantly speeds up tests.