Gas Heater Energy Efficient Ceramic Burner Plate , Ceramic Infrared Grill

1. Description of Infrared ceramic burner plate

Infrared honeycomb ceramic plate has an important application in the field of gas heating for technical ceramics. To improve the efficiency of heat exchange, radiation gas heaters should give out very little convection heat, and the wave length of radiation has to be in the infrared range. The gas flows through many parallel holes to the largest possible surface area for complete combustion.

It's widely used in gas radiant heaters and plays the most important part in those applications. The interlaced corrugated surface of the ceramic tile combined with honeycomb design basis provides a superb surface area and working burning surface. We have also adopted the best raw material and new formula to maximize the micro-porosity of the tile. With all these advantages, the oxygen mix completely with the gas, burning without flame, emitting high efficiency far infrared ray and radiant heat, saving up to 40%-50% energy cost .

2.Features & Advantages

1). Strong heating ability and high efficiency

2). High density

3). Fine surface

4). Good thermal conductivity

5). Good heat-shock resisting ability

Reduce the harmful gas such as CO, NOx, etc more than 90%

Cordierite ceramic is one of the most popular ceramics for its properties of excellent thermal stability, high refractoriness, good chemical durability, low dielectric constant, and low thermal expansion.

Cordierite ceramic is extensively used in important industrial applications such as micro electronics, refractory products, heat exchanger for gas turbines, thermal shock-resistant table ware, catalyst supports, and porous ceramics. Low-expansion cordierite is suitable for being applied at high temperature circumstance where a good thermal shock resistance is required.This unique property of cordierite is caused by the negative lattice expansion in c-axis direction,which provides excellent resistance to thermal shock as well as low thermal conductivity.