Description Overview GAOTek’s advanced touchscreen polymer oxidation induction DSC analyzer is designed for testing the oxidation induction period of polymer materials with easy one-key operation and automatic software control. This device conforms to GB/T 19466.6-2009 and ISO 11357-6:1999 standards. It offers a compact furnace structure with adjustable heating and cooling rates, ensuring high precision and repeatability. The analyzer features a double temperature probe, intelligent gas switching system, and reliable USB communication for flexible use with laptops and desktops across multiple Windows operating systems. This product provides robust automation of measurement steps, reducing complex operations to simple one-click commands for consistent and efficient thermal analysis. Features Industrial widescreen touch display with detailed test information Compact furnace with adjustable heating and cooling rates Mechanical fixation prevents contamination of thermal signals Dual temperature probes ensure accuracy and repeatability Automatic two-channel gas switching with fast stabilization User-editable operation modes for full automation of tests Technical Specifications Frequency/Power Supply AC 220 V, 50 Hz, 300 W (other options available) Atmosphere Control Gas Two-channel automatic control (e.g., nitrogen and oxygen) Gas Flow 0 to 200 mL/min Gas Pressure 0.2 MPa Gas Flow Accuracy 0.2 mL/min Data Interface Standard USB interface Output Mode Computer and printer Display Mode 7-inch touch screen Temperature Range RT to 500 °C (32 °F to 932 °F) Temperature Resolution 0.01 °C (0.018 °F) Heating Rate 0.1 °C to 80 °C/min (32.18 °F to 176 °F/min) Cooling Rate 0.1 °C to 30 °C/min (32.18 °F to 86 °F/min) Constant Temperature RT to 500 °C (32°F to 932 °F) Duration of Constant Temp Recommended < 24 hours Temperature Control Mode Constant temperature rise, constant temperature DSC Range 0 to ± 500 mW DSC Resolution 0.01 mW DSC Sensitivity 0.01 mW Crucible Size Aluminum crucible, 0.26 in x 0.12 in (0.67 cm × 0.3 cm) (diameter × height) Calibration Standard With standard materials (indium, tin, zinc), user-adjustable calibration Structure Design Fully closed support structure to prevent furnace contamination
