Dry type temperature calibration furnace (dry type furnace) generates heat through heating elements and achieves precise control and stability of the temperature inside the furnace through temperature sensors and control systems.

Working principle

The dry furnace is mainly composed of heating elements, temperature sensors, control systems, and insulation materials. The heating element is responsible for generating heat, and the temperature sensor monitors the temperature inside the furnace in real time. The control system ensures that the temperature inside the furnace changes according to the set program, while the insulation material reduces heat loss and improves energy efficiency

The working mode of the dry furnace is to precisely control the heating elements through the control system, so that the temperature inside the furnace reaches the preset value. The temperature sensor continuously feeds back the actual temperature to the control system, ensuring the stability and accuracy of the temperature inside the furnace

Composition structure

A dry furnace usually includes solid homogenization blocks, regulating devices for temperature control homogenization blocks, temperature sensors, and temperature displays. These components can be a combination unit or independent units with clear division of labor for each component Solid homogenization block serves as a heating medium to achieve the set temperature of the furnace through heating or cooling, while maintaining a uniform and stable temperature field

Application scenarios

Dry furnaces play a crucial role in industrial production, scientific research experiments, and other fields. It can provide a high-precision and stable temperature calibration environment, suitable for the calibration of various temperature measuring instruments. By simulating various environmental temperature conditions, the dry furnace can also test the performance of instruments in extreme environments In addition, the dry furnace also has the characteristics of small size, easy portability, and fast temperature rise and fall, which is suitable for on-site calibration needs

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