Gas Burner

【Description】
The main material used in metal fiber gas burners is special iron-chromium-aluminum fiber with a diameter of about 30-50μm. The fiber can be used for sintering or knitting to make a special transparent material with a three-dimensional network structure for metal fiber burner. Some special varieties can be used in the environment of about 1000 °C for a long time, and can withstand a temperature of 1300 °C for a short time.
Features:
* High operating temperature: 1100 ° C (Highest temperature 1250 ° C)
* Large load adjustment range: Infrared combustion mode: 100-800kw/m2; Blue flame combustion mode: 1000-10000kw/m2

* Low resistance: infrared combustion mode: <50pa; blue flame combustion mode: <200pa
* Long lifetime: 20000h
* High radiation efficiency: >50%
* Burn evenly
* Thermal inertia: fast heating and cooling
* Thermal shock resistance: drastic changes in thermal load do not cause damage to materials
* Resistance to mechanical shock: a certain mechanical impact has no effect on the material
* Be made into various shapes of burners

【Application】
It is mainly used for asphalt pavement heating equipment, kitchen equipment, large space heating, material annealing, drying equipment, printing and dyeing equipment, food & pharmaceutical machinery, flammable gas harmless treatment, boilers and steam generators,Wall-hung boilers for domestic and commercial application; all of these equipment and systems need to convert gas into heat.
 
【Metal fiber fabric solutions】
Huitong has a complete set of production processes from metal fiber to high-temperature fabric and then to burner, which can provide the design of different kinds of metal fiber fabric and combustion head, and can meet the highly customized burner solutions; Metal fiber fabrics with different structures can ensure ideal heat insulation effect; Alloy containing rare earth elements give metal fiber fabrics excellent oxidation resistance and long service life.

Metal Fiber Fabric	Category	Characteristic
	Series F (knitted long fiber type) 3D structure	1) Excellent oxidation resistance 2) High adaptability, suitable for various complex environments 3) Wide adjustment characteristics, realizing the arbitrary switching between infrared and blue flame
	Series K (knitted staple fiber type) 3D structure	1) Excellent oxidation resistance 2) High adaptability, suitable for most working conditions 3) Outstanding infrared radiation rate 4) Low noise generation rate in the entire combustion range
	Series W (woven staple fiber) 2D flat type	1) Economical solution, high processing efficiency 2) Good wear resistance and not easy to damage 3) Suitable for blue flame operation, with short-term capability in infrared mode
	Series  C (knitted long fibe type) 3D structure	1) Excellent anti-clogging performance, reducing maintenance frequency 2) Suitable for blue flame operation

【Selection reference】