0 likes | 16 Views
Introducing our Differential Thermal Analyzer (DTA), <br>a precision instrument for analyzing thermal transitions <br>in materials. With high sensitivity and real-time data <br>acquisition, it offers unparalleled insights into phase <br>changes and thermal behavior. Advance your materials <br>research with our state-of-the-art DTA technology.
E N D
Differential thermal analyzer info@labotronics.com www.labotronics.com
Overview Differential thermal analyzer determines the inner heat transition relating to temperature and heat flow with temperature range of RT to 1150 ℃. Equipped with 7-inch touch screen display for visualization of the technical parameters and USB communication interface for transfer of the data. Designed with indirect conduction method for maintaining high uniformity and stability, it has self-recovery connection function for accurate and reliable results. Specifications: Temperature range RT to 1150 ℃ Heating rate 0.1 to 80℃/min Temperature resolution 0.001 ℃ Temperature fluctuations ± 0.001 ℃ Temperature repeatability ±0.1 ℃ Constant temperature time Program setting ≤ 24 h DSC range 0 to ± 60 mW DSC noise 0.01 μW DSC resolution 0.01 μW DSC accuracy 0.01 mW Nitrogen, Oxygen (instrument switch automatically) Atmosphere control gas Gas flow rate 0 to 300 mL/min Gas pressure 0.2 MPa
Rising temperature, constant temperature (Fully automatic) Control Mode Curve scanning Rising scan Built-in digital flow meter & Software control, automatic Gas flow control 24-bit 7 inches LCD touch screen display Display Data interface Standard USB connector With standard material, with calibration function, the user may correct temperature and heat enthalpy Parameter standard 4 in 1 operating software, can switch to DSC, DTA, TGA, STA Software Total 3 sets of thermocouples for test sample temperature, test furnace temperature, Test internal ambient temperature Thermocouples Cooling device Air cool Power AC220V/50Hz Features : 7-inch touch screen display for visualization of technical parameters Metal furnace body structure for better baseline and higher precision Indirect conduction method for heating with high uniformity and stability Reduces pulse radiation for effective operation of the analyzer USB communication interface for simplified exchange of the data Excellent adaptability, consistent and uninterrupted communication Supports self-recovery connection function, reliable operation Automatic switching between two channels of atmospheric flow
Rapid switchover and stability for quick and accurate operation Protective gas input is also added at the same time Software is user-friendly and straightforward Applications : Differential thermal analyzer is used for determining the inner heat transition across analytical chemistry, metallurgy, construction fields research, pharmaceutical industry, food, environmental and testing. Labotronics Ltd. Union House, 111 New Union Street, Coventry CV1 2NT, UK info@labotronics.com | www.labotronics.com