Far Infrared Honeycomb Ceramic Personal Care Hair Dryer Heating Element High Temperature Honeycomb Ceramic

Product Description:

Honeycomb integral ceramics is a new type of industrial ceramic product developed in recent years. They have a larger surface area for higher ventilation rates. Honeycomb ceramics are made of corundum-mullite, cordierite-mullite, cordierite, mullite, zirconia-mullite, carbon-corundum, etc., with different hole types such as square holes and hexagonal holes. As a medium for heat storage and heat exchange, honeycomb ceramics are widely used in metallurgy, petrochemical, electric power, boilers and other fields.

Alumina ceramic honeycomb is made of alumina ceramic. Alumina is a ceramic material with high thermal conductivity, compressive strength and thermal shock resistance. It also has low thermal expansion, making it a suitable material for furnaces in the form of crucibles, tubes, and thermocouple sheaths.

The infrared honeycomb ceramic combustion plate is the key component of the infrared radiation burner. The quality of the performance will directly affect and determine the energy saving, environmental protection, health and economic performance of the infrared burner. The products are mainly used in infrared burners, infrared gas stoves, and infrared heaters.

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:

About us:

1. Good at new product development, over the past two years to develop two more popular models, each sales more than 2 million;

2. The factory has an area of 2000 square meters,from product design, Mold Design, circuit board development, production and manufacturing companies have completed their own, there are 8 production lines, high cost-effective products;

3. Manufacturer of core accessories for batteries and graphene heating pads;