Ceramic heating plates are lighter than traditional heating plates

The ceramic heating plate uses electric heating alloy wire as the heating material, mica soft plate as the insulating material, and is outsourced with metal plates and other equipment for heating the sample. Basically, products are made of metal as a material, which may invert the service life of the instrument. If it didn't last long enough, it would rust and be scrapped.

Analysis of performance characteristics of ceramic heating plates:

The first is the ceramic heating plate body. The body is thinner and lighter than traditional heating plates. It can be used without being restricted by the experimental location. It can be said to be a mobile version of the ceramic heating plate laboratory.

Glass-ceramic countertops are also a highlight. They are made of glass-ceramic materials. They no longer require alloys and are not affected by metal rust. In addition, this material is resistant to high temperatures and does not grow rust. It is wear-resistant, has a long life, and has a smooth surface that is easy to clean. , it can be seen that this new material has far better properties than alloys.

The ceramic heating plate adopts a large-area panel design, which facilitates heating and other processing of experimental batch samples; greatly saving time and cost.

The control method adopts a split design, so personnel can stay away from acid mist when operating the controller, which is safe and easy to operate.

Platinum resistance temperature control, rapid heating, uniform heating, the highest temperature can reach 400℃.

Large-screen LCD displays intuitively.

It has a heat alarm display (when the surface temperature of the heating table exceeds 50°C, the large warning light turns into a red warning), which is safer.