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Hotplate stirrers can heat liquids up to 500 degrees Celsius. With that being said, extreme caution should be exercised so as to avoid burns and damage to the magnetic hotplate stirrer. There are some things you can do to prevent a problem occurring while the stirrer in operating.
Imagine programing software for magnetic hotplate stirrers, where all you have to do is set your stirring parameters on your device; motor speed in rpm, pt100 temperature probe, and stirring time. Well, CAT Scientific Shake n Stirrer is here to the rescue.
The M16.5 Mid-Range Magnetic Hotplate Stirrer can handle volumes up to ten liters. You can adjust the rpm's from 50 to 1600, and its brushless motor is super quiet. Another great thing about this magnetic hotplate stirrer is how quickly liquids can be heated thanks to the anodized aluminum hotplate.
Ever wondered if a magnetic hotplate stirrer could have capabilities of setting certain temperature ranges for liquids to reach quickly and easily? How about temperature ramps, even up and down? Well, the MCS66 magnetic hotplate stirrer is the ticket.
Knowing the limitations of a magnetic hotplate stirrer can save you valuable time in the laboratory. A magnetic stirrer performs best with low viscosity liquids. Higher viscosity media should be stirred with an overhead stirrer.
Magnetic Hotplate Stirrers used in the laboratory require precision regarding temperatures. Many applications specify the ramping up and down of temperatures. For instance, a stirring application requires a 1 degree celsius ramp-up of the temp an hour. That's where the pt100 probe comes in. It's made out of platinum and its function is to measure the resistance of a platinum element over the programmed temperature range of the magnetic hotplate stirrer. The pt100 probe monitors the liquid temperature rather than hotplate temp.
