Product Introduction

  In everyday life, the temperatures we encounter are mostly above 0°C, and a standard blackbody furnace (ranging from room temperature to high temperature) is sufficient to meet the needs, such as calibrating industrial furnace thermometers and thermometers. However, in many cutting-edge fields, "low temperature" or even "ultralow temperature" is the norm, and that's when a low/ultralow temperature blackbody furnace becomes essential.

For instance, spacecraft encounter low-temperature environments in space. The instruments aboard must be pre-calibrated on the ground. The ultra-low-temperature blackbody furnace can simulate the radiation characteristics of these low-temperature environments, ensuring reliable measurement data after launch.

Product Advantages

1) Easy to use, compact, and lightweight, making it highly portable. It's suitable for both laboratory calibration and on-site calibration work.

2) Fast cooling rate, short stabilization time, suitable for the need of multiple high and low temperature zone data detection.

3) Short cooling and heating time, room temperature down to -100°C in just 40 minutes.

4) Built-in multi-point independent temperature correction function for the screen.

5) Isothermal blackbody cavity with a single aperture, the radiation distribution across the aperture is uniform in the spectrum, the emissivity of the aperture exceeds 0.995, and the resolution reaches 0.01.

6) Automatic Intelligent Adjustment: Equipped with advanced control algorithms featuring MH logic intelligent adjustment and parameter self-tuning functions.

7) Program control features, with 10 different program setting interfaces pre-installed for equipment. One-touch operation for convenience and speed, meeting various user detection point requirements and enhancing detection efficiency.

8) Communication interfaces are customizable, with the standard being RS232.

Technical Specifications