+
  • Equip._TP2013-Far Infrared Heater.png

Far Infrared Heater

Classification:

Physics

Product Model:

TP2013

Grade:

Junior high school

Function Description:

Used for high-precision thermal quantitative experiments such as Charles' law, crystal melting and solidification, and specific heat capacity.

Share products:

Product Introduction Product Configuration Related Videos Typical case Related Downloads

Composition
Heating furnace (220V 80W), base, power cord

 

Function
1. Used for high-precision thermal quantitative experiments such as Charles' law, crystal melting and solidification, and specific heat capacity.
2. The cylindrical far-infrared radiation heating furnace core can heat the object evenly.
3. The outer shell is made of heat-resistant material with good thermal insulation performance, which can reduce heat loss in the experiment.
4. Use directly without any construction operation.


Experiment
With the corresponding equipment, experiments such as Charles' law, crystal melting and solidification, specific heat capacity, and exploring the heat absorption and heat dissipation properties of different liquids can be completed

Related Products



ORP Sensor

Used to measure the comprehensive redox potential value in water samples.


Surface Temperature Sensor

Used to measure the temperature of the surface of objects, non-corrosive gases, and liquids.


High Temperature Sensor

It is used to measure the temperature in chemistry, biology and physics experiments in middle school. It is mainly used for the detection of flame temperature. The measurement is sensitive, accurate and the response is fast.


Quick-Temperature Sensor

Used to quickly measure the surface temperature of objects, non-corrosive gases, and liquids.

< 1...151617...79 >

Get Quote

If you are interested in our products, please leave your email, we will contact you as soon as possible, thank you!

Submit Message

Online message

If you are interested in our products, please leave your email, we will contact you as soon as possible, thank you!

Submit Message