1.Energy saving;
2.Low emissions (NOx,CO);
3.High efficiency
4.Extremely Durable
5.Main market:Asia,Euro,Mideast,Americas

BBQ gas grill Burner HD220 :

 

Model	Length (mm)	Width (mm)	Hight (mm)	Weight (kg)	Consumption		Heat Output
					NG	LPG
					m3/h	kg/h	BTU/h	KW/h
HD220	220	170	60	0.9	0.29	0.22	10000	2.94

 

 

Advantages of HD220 Barbecue Grill:

Energy saving:          conversion rate≥90% Environmental friendly:  CO≤80ppm;NOx≤10ppm;CHx≤50ppm  Whole combustion:      95% of energy released in the form of infrared        ray; heating the objects directly Long useful time:        ≥11000hrEasily installed

    Main Purpose of HD220 Barbecue Grill:

Barbeque, food baking process and so on. It can save 50% energy when using this kind of products;mainly installed on the innermost firewall of ovens;The combustion front is at right angle to a plane. So it is usually called back furnace;It is widely used in high-grade combined-type oven in North America and in snack car/teppanyaki/duck furnace in China.

Working  principles   of the product:

Infrared catalytic burner uses the porous cordierite honeycomb combustion plate  with a special catalyst coated as a core component .

Its catalytic combustion is  the best combustion mode ,which means that  gas  (natural gas, liquefied petroleum gas) and combustion-supporting gas (air) are mixed according to the scientific proportion through burner shell (pre-mixed room) with the precise design and manufacturing . Ignited by the ignition, the gas mixture is burning on surface of catalyst which lies in the holes of porous cordierite honeycomb plate .The vast majority(95%) of the heat generated  in the form of infrared radiation penetrate the object directly,put an end to energy loss caused by heating the air to heat the object, the mode of heat convection heating , greatly improve  the energy conversion ability so as to  further save the energy (save 60% of the operation costs under the same industrial conditions compared to the ordinary heating mode --electric heating ).Gas is almost under complete combustion as a result of catalytic combustio. the flue gas pollution is extremely low (CO <0.02%, NO x <10ppm) ,fully meeting the national environmental standards and there is no need for direct exhaust  fan.