Overview
HMS-901D digital thermostatic Magnetic Stirrer has the characteristics of high Sensitivity, strong controllability and wide Temperature range. It is widely used in advanced organic chemical synthesis experiments, which makes the automation of chemical experiment Stir a step forward. It is also a satisfactory tool for supporting various analyzers Stirrer solutions.
Features
1. Driven by NanoHeat's world-class thermal energy technology, it has no mechanical heating components, can be dry burned, and has no electromagnetic field interference or harm.
2. Ultra-fast heating technology can increase the temperature at a rate of 5 ° C per second, the plate surface temperature is uniform, 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 heat up 450 degrees at an extremely fast speed.
3. LED display, can set the specified temperature, built-in temperature Probe and external temperature Probe, can be freely switched.
4. Over-temperature alarm function, set the thermometer function, the experiment is more convenient.
5. German Schott Microcrystalline Pottery and porcelain board surface, acid, alkali, corrosion resistance, easy to clean.
6. Stirring performance is stable, using DC motor, low noise, long life, low speed and stable, high speed and strong.
7. Protection from magnetic interference and hazards, making it a preferred choice for laboratory use.
8. Suitable for most appliances: Glass, Pottery and porcelain and metal ware.
9. Widely used in industrial, agricultural, chemical, biological and other experimental heating and stirring.
Principle
The product realizes the Stir function through magnetic drive, uses NanoHeat thermal energy technology for heating, and has no mechanical heating components. It achieves accurate temperature control through LED digital temperature setting and internal/external temperature Probe switching, and combines ultra-fast heating technology to ensure uniform and rapid temperature rise.
Applications
Industry, agriculture, chemistry, biology
