ScitoLAB 5.5 inch Magnetic Stirrer Hot Plate, Max Temp 572℉/ 300℃, 100-1500RPM Ceramic Coated Aluminum Stir Plate, Max 5L Stirring Capacity, with Stir Bar, Temp Probe Sensor, Stand
R 6,593
or 4 x payments of R1,648.25 with
Availability: Currently in Stock
Delivery: 10-20 working days
ScitoLAB 5.5 inch Magnetic Stirrer Hot Plate, Max Temp 572℉/ 300℃, 100-1500RPM Ceramic Coated Aluminum Stir Plate, Max 5L Stirring Capacity, with Stir Bar, Temp Probe Sensor, Stand
Rapid Heating & Precise Temp Control: 5.5inch aluminum heating panel with ceramic coating, provides perfect heat conductivity and strengthens the durability of magnetic stirrer. Heating temp range: Ambient to 300℃/ 572℉. ±1°C accuracy through integrated PID control. Equipped with an external temperature probe (please use the included bracket for installation). The actual temp is displayed through the LED display, ensuring experimental data visibility
Powerful Stirring Performance: This blender has a built-in DC brushless motor with a maximum stirring capacity of 5000 ml (water), 100-1500 rpm range via knob control. Enables independent or simultaneous stirring/heating operations to meet different experimental needs
Safety In Use: The stirrer has safety protection function: 1. After shutting down, as long as you don't unplug the power supply, when the panel residual temp is higher than 50 ℃, the screen will always show "Hot", to avoid the contact bringing harm. 2. Safety temp range: 50-350 ℃ (the factory default safety temp is 320 ℃), triggering audible alarms and automatic heating termination upon exceedance, ensuring sample protection
A Variety Of Additional Functions: In addition to the above functions, our magnetic stirrer also has a timing function: 0-99h59m. timing function, stirrer forward and reverse settings, locking knob function, and so on. Please carefully read the instructions included in the package or the operation of the instructional video
Wide Aange Of Applications: 110v magnetic heating stirrer is an indispensable equipment for laboratory and teaching, it can also be applied to more usage scenarios, such as wine-making, yeast mixing, home brewing, home chemistry and more