Far Infrared High Temperature Honeycomb Ceramic Plate Heater Heating Element

Far infrared honeycomb ceramic high temperature honeycomb ceramic plate heater heating element made in China

Product Description:

Ceramic honeycomb substrates are mainly made of cordierite, mullite and alumina. Cordierite is mainly used in the development of honeycomb materials. Since it is integrally formed, it is also called a ceramic honeycomb monolith. It operates at higher temperatures and is well suited for most industrial applications.

The infrared catalytic burner is a kind of porous ceramic honeycomb plate attached to the catalyst designed by advanced science and technology as a combustion furnace. Due to the ideal combustion - the catalytic combustion of methane gas can be burned more fully, the energy of the gas can be maximized, and at the same time it can reduce smoke pollution and meet the national environmental protection standards; catalytic combustion can also eliminate the coking phenomenon that is easily produced by infrared combustion, Effectively prolong the service life of the burner.

Infrared honeycomb ceramic plates are mainly used in gas infrared burners. This type of ceramic plate improves the simple plane corrugated interlaced three-dimensional through the surface of the honeycomb ceramic plate, increases the specific surface area and combustion area, thus plays the role of heat storage combustion, realizes more complete combustion of flame seedlings, and achieves the heating effect of infrared burners. Low power consumption and high environmental requirements. It overcomes the shortcomings of high energy consumption and insufficient emissions caused by the long time of plane gas flames and insufficient combustion.

Features:

1. Use liquefied petroleum gas, clean and environmentally friendly.

2. High thermal efficiency, economical and practical, gas consumption cost is 50% lower than electricity consumption.

3. Easy and simple installation. Compared with a hair dryer, the cost is reduced by more than half.

Specification: