single burner Infrared burner kitchen appliance gas hob burner built in gas cooker Tempered Galss gas stove RD-GS144
single burner Infrared burner kitchen appliance gas hob burner built in gas cooker Tempered Galss gas stove RD-GS144
We are a factory providing high-quality kitchen appliances like the single burner infrared gas hob RD-GS144. This built-in tempered glass gas stove is perfect for modern kitchens with its sleek design and reliable performance.
Tempered Galss, customised logo is available on the glass.
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Panel Size:
300*510mm
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Bottom Body:
Iron sheet
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Burner:
Infrared burner, Black surface.
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Burner Cap:
NIL
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Pan Support:
Enamal grill, black
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Water Tray:
SS
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Ignition:
Automatic Piezo Ignition
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Gas Pipe:
Aluminum Gas pipe, Rotary connector.
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Knob:
Metal
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Packing:
Brown box, with left+right+upper foam protection.
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Gas Type:
LPG or NG.
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Product Size:
300*510mm
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Carton Size:
350*565*170mm
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Cutout Size:
270*480mm
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Loading QTY:
20GP:870PCS, 40HQ:2050PCS.
This is our single burner built-in gas hob. Balck tempered glass panel. Gas saving infrared burner. heavy pan support, metal knob.
Enamal grill Pan Support
Tempered Galss & multi- KnobInfrared burner save more than 35% gasThe wavelength of infrared ray is longer than that of visible light, which has thermal effect and strong penetrability and is not easily absorbed by the atmosphere. Therefore, infrared gas stove has obvious energy-saving effect. Infrared carries energy by itself. The sun shines on people's bodies to feel warm. Because of this feature, there are many products using infrared ray on the market, such as infrared health underwear, infrared home heaters, infrared temperature measurement, etc. The infrared stove is made of these characteristics of infrared. Energy saving efficiency can reach more than 35%. The infrared radiation plate made of special refractory materials can transform the flame into infrared ray when the flame is burning, so as to accelerate the heating process of the object. The performance of the gas stove is greatly improved due to the transmission of infrared radiation.