Digital Hotplate Stirrers THS

Our range of hotplates stirrers have been carefully selected for their durability and dependability.

The external sensor set allows the controller to measure the liquid temperature inside a beaker or flask, rather than just the hotplate surface temperature. This sensor ultimately gives greater control of sample temperature.

Get a quote Buy Online

Overview

With a wide range of digital models available, we have something for every task. Offered in a variety of styles and sizes, our lightweight, easy-to-use magnetic stirrers are suitable for general laboratory use when routinely mixing applications. The Digital Laboratory Hotplate with Magnetic Stirring is an excellent choice for testing applications that require both heating and stirring.

Key Features

Ceramic-Coated Heating Plate: Effectively heats the entire plate surface, ensuring uniform temperature distribution.
External Sensor Set: Allows the controller to measure the liquid temperature inside a beaker or flask, providing greater control over the sample temperature.
Digital Feedback: Provides accurate temperature control, and a jog dial switch makes it easy to set RPM values. The LED display allows for easy monitoring of parameters, and a timer function is included on the larger THS-185 plate model.

Safety and Convenience

Safety is ensured with an over-temperature protection feature. The ceramic-coated top plate is chemical resistant and easy to clean, making it a reliable and convenient choice for laboratory use. Magnetic stirring is smooth and quiet with a soft start to avoid splashing. The entire kit includes the main hotplate, an external sensor, and an optional sensor support kit consisting of a support rod and clamp.

Benefits

Enhanced Control and Precision: The external sensor set and digital feedback provide precise temperature and RPM control, ensuring accurate results.
Durable and Easy to Clean: The chemical-resistant ceramic-coated top plate is easy to clean and maintain, offering long-lasting durability.
Quiet and Safe Operation: Smooth and quiet magnetic stirring with a soft start feature prevents splashing, while over-temperature protection ensures safe operation.

Thermoline magnetic stirrers are the perfect solution for all your laboratory mixing and heating needs, offering versatility, reliability, and superior performance.

Technical Data

Capacity

5-20L
Sizes

Two
Temperature Range

Max +510°C
Electrical

1A/230V
Speed Range

50 - 1500rpm

Downloads

Support & FAQs

At Thermoline, we strive to supply helpful customer support to ensure that you get the most out of our products. We are committed to providing whatever support our customers need, wherever they are in the world. If you can't find your solution in the below FAQs or Knowledge Base, please contact our friendly support team.

Can you use any type of glass on a hotplate?

No. Make sure the glass being heated is made from heat resistant material, like borosilicates. Soda-lime glass or “soft glass” should not be used on a hot plate since it does not handle temperature changes well. Don't use thick-walled glassware directly on hot plates. It heats unevenly and can shatter or crack

Should I use a ceramic or aluminum top hotplate?

If your process requires temperatures above 300°C, or you’ll be using corrosive chemicals, a ceramic top hot plate (sometimes called glass or ceramic glass) is usually needed. Aluminium-topped hot plates do not have the heat or chemical resistance to tolerate these applications.

How do I ensure accurate temperature control?

In applications where precise temperature control is required, a temperature probe is necessary. The probe allows for control of the liquid or sample, not the hotplate surface, giving a more realistic temperature control.

The Thermoline hotplate come with an external sensor probe as part of the kit.

What is a hotplate stirrer used for?

The hotplate stirrer, also known as a hot plate magnetic stirrer, serves the dual purpose of mixing and heating aqueous solutions, facilitating a wide range of chemical reactions like synthesis.