What Distinction Does Infrared Ray Heat Tube Have With Far Infrared Ray Heat Tube?

What distinction does infrared ray heat tube have with far infrared ray heat tube?

1. The wavelength is controlled around 0.76 ~ 25 microns of infrared radiation. Users can choose heating tube with different wavelength according to the material and physical characteristics of the heated workpiece, or choose heating tube with different wavelength to form the best combination scheme.

2. The thermal efficiency of heating tube is very high, and the infrared radiation efficiency can reach more than 86% in a certain wavelength and direction.

3. The thermal inertia of the infrared radiation heating tube is very small. It can reach about 50% of the rated power in 1 ~ 2 seconds after electrification, and operate at full power after about 2 ~ 4 seconds.

4. The heating tube itself is small in volume and has great power. The rated power of a single heating tube can reach more than 6000w.

5. According to the needs of customers, directional reflective coating containing gold, titanium and other precious metals or inorganic materials can be sprayed on certain parts of the outer wall of the heating tube, which can greatly improve the heating efficiency and reduce the temperature of the reflector or insulation board.

6. Low cost and long service life of heating pipes. The continuous service life of heating pipes below 3000w under rated conditions is more than 5000 hours, and the service life of heating pipes above 3000w is more than 3000 hours. Supply heating tube, red glass heating tube, ruby quartz heating tube.

7. All kinds of heating equipment composed of infrared radiation heating tube can realize automatic temperature control through temperature controller, thyristor ac regulator or voltage regulator. Because of its small thermal inertia, the temperature control is rapid and accurate.

8. Due to the high energy and high density radiation, the time required for heating and the length of drying path are greatly reduced, which saves the space occupied by the equipment and directly reduces the investment of users in the equipment and plant. At the same time, because of the high thermal efficiency, can greatly save electricity, reduce the production cost.