Thermogravimetric analyzer TG 209 F1 Libra ®

1、 Product Introduction:

Faster and more comprehensive characterization of material properties
-NETZSCH has developed a new thermogravimetric analyzer TG 209 F1 Libra based on 50 years of experience in thermogravimetric analysis ®， This will make thermogravimetric analysis faster, more accurate, and cover a wider temperature range.
BeFlat ® Function can double the testing efficiency
-Before measurement, TG 209 F1Libra ® Usually, there is no need to spend time making baselines. Unique BeFlat ® The function can automatically compensate for any external factors that affect the measurement, reducing working time by up to 50% and leaving more time for measurement.
Rapid heating rate can greatly accelerate testing
- TG 209 F1 Libra ® The core of the furnace is made of high-performance ceramics, which not only allows the sample testing temperature to reach 1100 ° C, but also enables a heating rate of up to 200 K/min. Users can obtain the test analysis results of the highest temperature within a few minutes, which is faster than other brands of thermogravimetric analyzers.

Patent c-DTA ® Function, can characterize materials more comprehensively and quickly
-Using TG 209 F1 Libra ®， It can directly measure the temperature of the sample, detect and characterize the exothermic reactions, and estimate the melting point of the sample. More information about sample behavior can be obtained without the need for specialized DTA measurements.
Long life high-performance ceramic furnace body
-The newly designed ceramic furnace body, even when used to study materials containing corrosive components, has a lifespan several times longer than traditional thermogravimetric analyzers and can be fully used for analyzing fluorinated or chlorinated polymers. The reaction gas and purge gas flow vertically, which can avoid condensation on the relevant components (sample holder). This is not only beneficial for testing materials, but also reduces the continuous deposition pollution of decomposition products, reducing the cumulative impact of previous tests on subsequent tests.

2、 Technical parameters:
●Temperature range: Room temperature -1100 ° C
●Maximum furnace temperature:> 1100°C
●Heating and cooling rates: 0.001 K/min -200 K/min
●Cooling time: 12 minutes (1100 ° C-100 ° C)
●Maximum weighing range: 2000 mg
●Resolution: 0.1 µ g
●Sample crucible capacity: standard 85 μ l; Maximum 350 μ l
●Atmosphere: Inert, oxidizing, reducing, static, dynamic
●Built in mass flow meter, precise control of gas flow, including two blow off gases and one protective gas
●Vacuum sealed system, with a vacuum degree of up to 10-2mbar (1 Pa)