HT-1000FC flanged magnetic reactor Introduction: First, the scope of application: The F series magnetic stirring reactor is designed with a desktop design, which is compact and light in appearance and beautiful in appearance. Widely used in petroleum, chemical, pharmaceutical, materials, metallurgy and other fields. Specific examples include catalytic reaction, polymerization reaction, supercritical reaction, high temperature and high pressure synthesis, hydrogenation reaction, and the like. It is a competent assistant for universities, research institutes and enterprise laboratories. Technical Parameters: Model: HT-(10\25\50\100\250\500\1000)FC Volume: 10ml\25ml\50ml\100ml\250ml\500ml\1000ml Customizable Material: Standard 316L can be customized Structure: Upper and lower flange bolt and nut fastening structure Operating temperature: Standard RT-300 °C can be customized Heating method: Electric heating (integral pouring forming electric heating furnace) Use pressure: Standard up to 10Mpa/20Mpa can be customized Sealing form: upper and lower flange washer seal Stirring form: magnetic stirring speed up to 1500rpm Kettle interface: temperature measuring port, pressure gauge & explosion-proof port, air inlet, exhaust port, spare port 2 Control method: Self-developed control module is easy to operate, PID self-tuning temperature control is accurate Extended function (optional): 1. Isobaric feeding function Liquid material in the reaction process (control total) 2, high pressure feed pump into the liquid phase during the reaction process (precise control of flow rate) 3, gas mass flow meter Accurate metering gas cumulative flow, instantaneous flow 4, built-in cooling coil can achieve rapid cooling in the kettle 5. Process sampling function Rapid sampling analysis during reaction 6, the condenser to achieve condensing reflux or recycling function
Introduction: First, the scope of application: The F series magnetic stirring reactor is designed with a desktop design, which is compact and light in appearance and beautiful in appearance. Widely used in petroleum, chemical, pharmaceutical, materials, metallurgy and other fields. Specific examples include catalytic reaction, polymerization reaction, supercritical reaction, high temperature and high pressure synthesis, hydrogenation reaction, and the like. It is a competent assistant for universities, research institutes and enterprise laboratories.
