Ceramic igniter

What is the application of alumina ceramic igniter?

Gas eating systems

Ovens/ranges

Dryers

And more


What are the benefits of Ceramic ignition technology?

A small part of the energy consumption compared to a traditional cartridge or element heater

Lasting

Ignition time 60-90 seconds

100000 cycle tests (15 years in the Japanese pellet Market)

Easy to install and retrofit

Applicable to any steel pipe with inner diameter ≥ 18mm

Steady state temperature is 1000 ℃

Do not overheat even if the fan fails

100 / 120 / 220 / 240V forward current

Complete electrical insulation, no exposed electrical contact

Free from oxidation and corrosion

Fully comply with Ce (TUV certification), RoHS and reach (TUV certification) directives.

Ignite sawdust, split logs, coal balls or other biomass, straw, corn, etc.


Ceramic Ozone plate

What is ozone plate?

Ozone plate. The ozone plate will produce more ozone. Air passes through the surface of the ozone plate, which means higher concentrations are produced by the oxygen converter.


How do Ozone plates work?

The ozonator produces ozone by breaking down oxygen (O2) molecules into individual atoms and then combining them with other oxygen molecules in the air to form ozone (O3). Ultraviolet radiation: the process of ozone generation is similar to that of solar ultraviolet radiation, which decomposes oxygen to form a single oxygen atom.


Ceramic substrate

What is the use of ceramic substrate?

Ceramic substrate materials have many advantages, such as high strength, good insulation, good thermal conductivity, good heat resistance, small coefficient of thermal expansion and good chemical stability, which are widely used in electronic packaging substrate


What is the application/development of ceramic substrate?

The current state of art is to describe the main technical and economic characteristics, relevant market segments and driving forces, which use ceramic substrates. Typical applications of mass production in the actual market will be presented to highlight the key benefits of technology selection. The contribution will focus on advanced ceramic technology, especially LTCC. LTCC material system, widely used in automobile and telecommunication business, will mainly introduce some market penetration applications and small batch applications in sensor field to show the advantages of ceramic multilayer substrate. An overview of European sources and market share will complete a picture of the current state of ceramic substrate technology. Future market demand, technology trends and actual development of current R & D plans will be reviewed. This will show the application prospects and challenges of ceramic substrate technology in new applications and emerging markets (such as MEMS, biosensors, MOEMS, etc.


Ceramic honeycomb plate

What is the honeycomb pate?

Honeycomb ceramic is a new ceramic product with similar structure developed in recent 30 years. First of all, it is used for small vehicle exhaust purification, widely used in chemical industry, electric power, metallurgy, petroleum, electronics, electrical appliances, machinery and other industries, and it has a wider application range and a considerable development prospect.


What is the characteristic of ceramic honeycomb plate?

Ceramic honeycomb has numerous holes of different shapes and sizes. The largest number of holes has reached 20 to 40 per square centimeter, the density is 4 to 6 grams per cubic centimeter, and the water absorption rate is as high as 20%. Because of the characteristics of porous and thin wall, the carrier with geometric surface area can greatly improve the thermal shock resistance. For the current products, the mesh on the triangle and the square, the triangle is more durable than the four, and the number of holes is more, which is a particularly important catalyst carrier. With the increase of the number of holes per unit area and the decrease of the thickness of the hole wall, the thermal shock resistance of ceramic substrate tends to increase the thermal shock damage temperature. The expansion coefficient of ceramic honeycomb must be reduced and the number of holes per unit area must be increased.


What are the main products using ceramic honeycomb plate?

The main products are ceramic honeycomb regeneration packing, active carbon, active alumina, molecular sieve, ceramic ball, packing tower and catalyst, etc. The filler heat capacity of the honeycomb ceramic regenerator is more than 1000j / (KGK), and the service temperature is ≥ 1700 ℃. The fuel can be saved up to 40% in the furnace, baking furnace, soaking furnace, pyrolysis furnace and kiln, the output can be increased by more than 15%, and the flue gas temperature is lower than 150 ℃.


What are the benefits of ceramic honeycomb plate?

Compared with other fillers of any shape, honeycomb ceramic fillers have larger specific surface area, better strength and better distribution of vapor and liquid, lower bed resistance, better and longer service life. The fillers in petrochemical, pharmaceutical and fine chemical industries have quite good effect. The advantages of ceramic honeycomb used in catalyst. The honeycomb ceramic material is made of precious metal, rare earth and transition metal. It has the advantages of high catalytic activity, good thermal stability, long life and high strength.


Textile ceramic

What is the application of textile ceramic?

1Disc for yarn deformation: Guide disc, working disc, cutter head

2. Thread guide

3. Complete the rotary applicator

4. braids

5. Jet board

6. Traverse Wizard

7. navel

8. hole

9. Ceramic tools

10. roller


What is the benefit of textile ceramic?

1. These textile ceramic parts are not easy to wear and have small friction

2. Ideal surface fineness

3. Suitable for textile machinery, worsted, cotton and other industries



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