Introduction: MF microwave graying muffle furnace is a laboratory-standard standard microwave high-temperature equipment, which is suitable for the testing of various organic and inorganic materials such as ashing, vulcanization, melting, drying, heat treatment, ignition residue, and ignition loss. Features: 1. Using industrial-grade microwave sources, the microwave output power can be adjusted steplessly to ensure continuous and stable operation of the equipment for a long time. 2, touch screen operation, simple and convenient; brand control system, stable and reliable. 3, the use of original insulation structure, energy efficient, non-polluting materials. 4, open the door and power off, delayed power, professional microwave shielding technology to ensure safety. 5, can achieve ultra-fast heating, saving 97% of the time than the traditional muffle furnace, a substantial increase in experimental efficiency. Technical Parameters: Model Number:MF1512 Voltage: 220±10V 50Hz Rated power: 3KW Microwave output power: 0.01 to 1.40kW continuously adjustable Microwave frequency: 2.45GHz Working temperature: 1200°C Heating space: 140×140×70mm (length×width×height) Temperature measurement method: thermocouple Temperature range and accuracy: 0-1300°C; reading ±0.1% Control method: PLC (brand: Mitsubishi); touch screen (brand: Schneider) Control program: 40 paragraphs can set the process parameters, with data storage, export experimental data; can be manual, automatic, constant temperature control mode, curve real-time display; dynamic data screen saver Anti-microwave leakage: microwave leakage level<0.05mW/cm2 Magnetron alarm: over-temperature alarm, over-current alarm Door protection: door closes the switch, open the door and power off, delay the power The main part: about 750 × 550 × 650mm (length × width × height)
Introduction: MF microwave graying muffle furnace is a laboratory-standard standard microwave high-temperature equipment, which is suitable for the testing of various organic and inorganic materials such as ashing, vulcanization, melting, drying, heat treatment, ignition residue, and ignition loss.
