Introduction: The heating magnetic stirrer is driven by NanoHeat world-class thermal energy technology, no mechanical heating components, dry burning, no electromagnetic field interference and harm; ultra-fast heating technology can increase the temperature at a rate of 5°C per second, and the surface temperature of the plate is uniform. The temperature difference is 1-3°C. The liquid temperature difference can be accurate to 0.1~-0.5℃, and it only takes 8 minutes to heat up 450 degrees at a rapid speed; LED display, temperature can be set, built-in temperature probe and external temperature probe, can be switched freely; over-temperature alarm function, set temperature timer function , The experiment is more convenient. It is widely used for heating and stirring in industry, agriculture, chemistry, pharmacy, biology and other experiments. Compared with ordinary magnetic stirrers, 901C digital thermostat magnetic stirrer has the characteristics of high sensitivity, strong controllability and wide temperature control range. It is widely used in advanced organic chemistry synthesis experiments. It is a step forward in the automation of chemical experiment stirring, and it is also an ideal tool for supporting various analyzer stirrer solutions. Features: 1. Driven by NanoHeat world-class thermal energy technology, no mechanical heating components, dry burning, no electromagnetic field interference and harm, 2. Ultra-fast heating technology can increase the temperature at a rate of 5°C per second, the surface temperature of the board is uniform, and the temperature difference is 1-3°C. The liquid temperature difference can be accurate to 0.1~-0.5°C, and it only takes 8 minutes to quickly heat up to 450°C. 3. LED display, temperature can be set, built-in temperature probe and external temperature probe, can be switched freely. 4. Over-temperature alarm function, set the temperature timer function, the experiment is more convenient 5. German Schott microcrystalline ceramic plate surface, acid-resistant, alkali-resistant, corrosion-resistant and easy to clean. 6. Stable mixing performance, using DC motor, low noise, long life, stable low speed, strong high speed; 7. Free from magnetic interference and hazards: make it the first choice for medical and laboratory use 8. Suitable for most electrical appliances: glass, ceramic and metal utensils Technical parameter: Heating output power: 600W Panel temperature control: room temperature～450℃ Temperature control mode: LED digital display temperature freely set Temperature test: Built-in temperature control and external temperature control can be switched Temperature control accuracy: ±0.5℃ Stirrer drive: ND servo motor, output power: 9W Speed range: 0～1250rpm Speed control: stepless speed regulation Large mixing volume: 5L Working size: 120×120mm Product dimensions: 240×210×100mm Panel material: German Schott microcrystalline ceramics
Introduction: The heating magnetic stirrer is driven by NanoHeat world-class thermal energy technology, no mechanical heating components, dry burning, no electromagnetic field interference and harm; ultra-fast heating technology can increase the temperature at a rate of 5°C per second, and the surface temperature of the plate is uniform. The temperature difference is 1-3°C. The liquid temperature difference can be accurate to 0.1~-0.5℃, and it only takes 8 minutes to heat up 450 degrees at a rapid speed; LED display, temperature can be set, built-in temperature probe and external temperature probe, can be switched freely; over-temperature alarm function, set temperature timer function , The experiment is more convenient. It is widely used for heating and stirring in industry, agriculture, chemistry, pharmacy, biology and other experiments. Compared with ordinary magnetic stirrers, 901C digital thermostat magnetic stirrer has the characteristics of high sensitivity, strong controllability and wide temperature control range. It is widely used in advanced organic chemistry synthesis experiments. It is a step forward in the automation of chemical experiment stirring, and it is also an ideal tool for supporting various analyzer stirrer solutions.
