Active Solutions for The Future

Laboratory Hotplate Stirrers WH260-H

Product Description

Laboratory Hotplate Stirrers
Max. Hot Plate Temperature 450℃,Rotating Speed 100~1500rpm

Attractive design for demanding heating & mixing
> Advanced microprocessor controlling system guarantees the reliability and temperature stability.
> Bright and clear LCD digital display and setting for the working temperature, stirring speed, working time, and safety temperature.
> Memory function for stirring speed and setting temperature, convenient for experiments with fixed conditions.
> Liquid drainage above the control board to prevent liquids from accessing the touching board and the electronics.
> Direct connection for Pt100 temperature sensor for convenient solution temperature control.
> Sealed outer shell and isolated critical parts design for enhanced longevity even in a harsh laboratory environment.
> New enhanced infrared heating element, is a type of high temperature hot plate stirrer with very high heating density, can reach a high media temperature.
> High safety protection: When exceeding the safety range of the hotplate (10-50 ℃ adjustable) , the heating can be shut off immediately and automatically for the safety protection.
> 3 sets of PID parameters, suitable for accurate control of small amount sample(small volume or specific heat), and quick heating and stable temperature of large volume sample.

Our new laboratory hot plate stirrers will fulfill all the high demands you place on it every day!
The laboratory stirrer WH260 is extremely well suited for gentle to intensive mixing of liquids and at the same time it can quickly heat the liquids or simply keep them at a steady temperature.

But perhaps you do need a specialist?
For example a laboratory hotplate with temperature control or simply a hotplate or a laboratory hotplate with stirring function in parallel. We have it all for you.
The laboratory hotplate WH260 can be used to mix liquids gently to intensively and if required they can also be heated quickly or at controlled temperatures.