HXO-T60 Microwave Thermal Desorption and Desorption Apparatus
Introduction: It is suitable for atmospheric and environmental sampling at radiation monitoring points, and also for high-temperature heating treatment of water-containing materials. Comply with: "Sampling and Determination Method of 14C in Air" (EJ/T 1008-96); "Inspection of Radioactive Substances in Food - Determination of Hydrogen-3" (GB 14883.2-2016); "Ionizing Radiation Protection and Radiation Source Safety" Basic Standards" (GB18871-2001); "Radiation Protection Requirements for Nuclear Power Workshops" (GB6249-2011). Features: 1. Three-dimensional dual temperature zone control mode, pit furnace heating method, each temperature zone has a temperature controller and an over-temperature protection device; 2. The common working temperature is 500℃, and the maximum working temperature is 1000℃; 3. Support pressurized atmosphere environment treatment, exhaust gas multi-stage recovery system, higher recovery efficiency 4. Stereo microwave heating control technology, fast speed and good uniformity Technical parameter: Power supply: 380V±10V, 50Hz±1Hz Machine power: 3000W Temperature measurement system: thermocouple infrared dual temperature measurement, working temperature 0~1000 ℃, temperature measurement accuracy ± 1 ℃, dual temperature zone temperature control System control: PLC touch screen intelligent control, dual temperature zone independent program control, 20-segment program control mode, precise control of heating and cooling rate Thermal desorption and desorption tube size: φ60mm×500mm, quartz material Product recovery system: multi-stage recovery, support the introduction of gaseous products into testing instruments
Introduction: It is suitable for atmospheric and environmental sampling at radiation monitoring points, and also for high-temperature heating treatment of water-containing materials. Comply with: "Sampling and Determination Method of 14C in Air" (EJ/T 1008-96); "Inspection of Radioactive Substances in Food - Determination of Hydrogen-3" (GB 14883.2-2016); "Ionizing Radiation Protection and Radiation Source Safety" Basic Standards" (GB18871-2001); "Radiation Protection Requirements for Nuclear Power Workshops" (GB6249-2011).
