FeCrAl Metallic Mesh For Radiant Burner

FeCrAl Fecralloy Metal Mesh For Metal Fiber Burner 

FW series FeCrAl metal mesh is weaved of continuous Fecralloy wire with a diameter of 60 microns, which has a higher impact resistance, higher temperature resistance and better service time. It can be applied to both infrared combustion and blue flame mode.

[Specifications]

[Working principle]

Metal fiber infrared radiation burner is a kind of combustion device that uses FeCrAl metal fibers as a heating element to generate infrared radiation, which can be widely used in various heating fields such as industrial production and home heating.

The principle of a metal fiber infrared radiation burner is that when an electric current is applied to the metal fiber, the metal fiber mat will be heated by the Joule effect, and the temperature will continue to rise until the metal fiber emits a large amount of infrared radiation energy. The infrared energy can be absorbed by the surrounding objects, which can achieve the purpose of heating.

Compared with traditional combustion devices, the metal fiber infrared radiation burner has the advantages of high heating efficiency, fast heating speed, low noise, and low pollution. Therefore, it has a wide range of applications in industrial production and transportation fields, especially in the fields of papermaking, printing, textile, food processing, and building materials.

In addition, the FeCrAl metal fiber infrared radiation burner has a strong combustion stability, which can ensure that the heating process can continue smoothly in a wide range of environmental conditions. Meanwhile, the metal fiber infrared radiation burner has a long service life and low maintenance requirements, which can provide a more convenient and cost-effective heating solution for users.

The metal fiber infrared radiation burner is an innovative and practical heating device with a wide range of applications and outstanding performance. It plays an important role in promoting the development of energy-saving and environmentally friendly heating technology, and it will have a broad prospect in the future heating market.