Heat Resistant Ceramic Plate
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Heat Resistant Ceramic Plate

Product name :Heat Resistant Ceramic Plate Gas Heater Ceramic Plates Brand: SENPING or customized Specification: Φ158/31 Flower type: flat plate with logo Black: black Uses: high-end household stove Time: 2021.04.12 Introduction: Far-infrared rays were discovered by the famous foreign scientist...
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Product Introduction

Product name :Heat Resistant Ceramic Plate  Gas Heater Ceramic Plates

Brand: SENPING or customized

Specification: Φ158/31

Flower type: flat plate with logo

Black: black

Uses: high-end household stove

Time: 2021.04.12

 

Introduction:

 

Far-infrared rays were discovered by the famous foreign scientist Herschel in a scientific experiment. He discovered that there is a kind of magical light outside the visible rays of the sun. Human eyes cannot see this kind of light, but its physical characteristics are similar to that of visible light. Very similar, with obvious heat radiation. Far-infrared ceramics is a branch of new ceramics. It is made of a variety of ingredients and fired in a scientific proportion. It can radiate infrared light waves of a specific wavelength. It is widely used in fuel energy saving, sports training and rehabilitation, air purification, human health and other fields.

Far-infrared ceramics is a branch of the new type of ceramics. It is different from ordinary ceramics composed of silica, alumina and other kaolin components. Far-infrared ceramics are based on more than 20 kinds of inorganic compounds and trace metals or specific natural ores. It is a special ceramic material that can radiate far-infrared rays of a specific wavelength and is calcined at a high temperature of 1200-1600 ℃.

 

Feature:

 

The Infrared Heat Resistant Ceramic Plate can be used for Infrared household gas stoves that adopt advanced and mature flameless combustion technology at home and abroad among civil gas appliances. Compared with other combustion methods, the flameless combustion method has the following characteristics:

 

1. The burning speed is fast, generally 100-1000 times that of diffusion burning;

 

2. Because the gas and air are fully mixed in advance, complete combustion can be achieved when the excess air coefficient is small (at this time α=1.05-1.10), so not only the combustion temperature is high, but the thermal efficiency is also high. It can save more than 20% of gas compared with atmospheric combustion under the same heat load;

 

3. The combustion is complete, and there is very little carbon monoxide in the combustion products. Generally less than 0.015%. At the same time, NOX emissions are low. Therefore, the sanitary conditions are good.

 

Infrared household gas stoves, the burner head is made of a ceramic infrared radiation plate coated with a catalyst on the surface, which uses far-infrared radiation combustion and catalytic combustion to achieve flameless combustion and reduce the generation of NOX. It also has the characteristics of sufficient gas combustion, low CO content, and high thermal efficiency. It can indeed achieve the purpose of environmental protection and energy saving.

use 

Function and application

 

Far-infrared ceramics can radiate more far-infrared rays (higher infrared radiation rate) than normal objects as the main characteristic function. Using this special performance, the application of far-infrared ceramics is mainly divided into two aspects: the application in the high temperature zone and the application in the normal temperature zone. In the high temperature zone, it is mainly used for boiler heating, baking paint, wood, food heating and drying, etc.; in the normal temperature zone, it is mainly used to manufacture various far-infrared thermal insulation materials, such as far-infrared ceramic powder, far-infrared ceramic fiber, and far-infrared ceramic poly Ester, and far-infrared functional ceramics, etc. For example, some far-infrared ceramic materials have begun to be used in sports training and rehabilitation, fuel-burning stove energy saving, indoor air purification and human health care. The use of far-infrared ceramic materials to carry out infrared radiation on the fuel can reduce the viscosity and surface tension of the fuel, which is conducive to atomization and full combustion. The CiM (Ceramic Colloidal Injection Molding Process) far-infrared ceramic material developed by Professor Yang Jinlong of Tsinghua University can be made into microbeads with a diameter of 2-3mm, which can be used in contact human infrared health products; a honeycomb made of far-infrared ceramics , Mesh or tubular elements, used in fuel vehicles, ships, stoves, the energy saving effect can reach more than 5%, which has a certain significance in reducing fuel pollution. Far-infrared ceramic coatings (including nano-titanium oxide coatings) have a catalytic oxidation function. Under sunlight (especially ultraviolet rays), OH- is generated, which can effectively remove benzene, formaldehyde, sulfide, ammonia and odorous substances in the room. Has a sterilization function. The popularization and application of various far-infrared ceramic coatings in homes, public buildings, and vehicles will improve people's living environment.


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