100*100 silicon carbide ceramic honeycomb catalyst carrier Silicon carbide honeycomb ceramics

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Product Overview

Description





Honeycomb Ceramics Performance:
It is one kind of industrial porous ceramics, many passable parallel channels are ramified over its inside. Each individual part made up of these honeycomb ceramics are constructed into the shape with square cells at two ends. Compared with ordinary ceramic materials, they are characterized by low heat expansion ratio, high thermal shock resistance, large specific surface area,anticorrosion etc.

Honeycomb Ceramics is the core component of enviromental protection industry, that is industrial exhaust gas, wastewater purification, waste incineration equipments. At the same time, it is the material of choice for energy-saving and environmental protection products such as heat exchanger, heat accumulator, energy-saving oven, gas-cooker and deodorize for refrigerator, and enamelling machine exhaust gas handling.

Honeycomb Ceramics features:
As for heat accumulator, Honeycomb Ceramics mainly applies to RTO heat reclamation device. As for catalyst support, it mainly applies to vehicle exhaust purification and purified air, etc. As for filter, it mainly applies to food, environmental
protection,metallurgy industry, which is used to filter particals from air, impurities or bubbles from metal molten mass, and dust filtration from various industrial waste gas. Compared with ordinary ceramic materials, they are characterized by low heat expansion ratio,high thermal shock resistance, large specific surface area, anticorrosion, etc. Ceramic Honeycomb regenerator is the key and core component on high temperature air combustion technology. It has large specific area, specific heat, low coefficient of thermal expansion.







Production Process






A. Weigh the imported raw materials
B. Mix the raw materials after weighing
C. Press the mixed raw materials into product shapes
D. Dry the molded product
E. Cut the product into the length required by the customer
F. Sintering the product after cutting the specified length
G. Conduct quality inspection on finished products


Specifications


Performance
Type
Alumina porcelain
Mullite porcelain
Dense cordierite porcelain
Loose cordierite porcelain
Mullite cordierite porcelain
Stoneware porcelain

Chemical composition
AL203
48-55
66-72
32-36
32-37
55-65
20-26
Si03
40-45
25-30
45-52
46-52
28-36
68-75
Mg0
5-8
8-12
2.5-3.2
0.2-0.3
K20+Na20+Ca0
4.0-5.5
≤1.0
≤3.0
≤2.0
≤1.0
2.5-4.0
Density g/m³
2.7
2.9
2.4-2.6
1.9-2.0
2.9-3.2
2.3-2.5
Thermal expansion Coefficient (20-1000℃) ӿ10-6·℃
5-7
5.5-6.5
2.5-3.5
1.3-2.5
2.5-4.0
5-7
Calorific capacity (20-1000℃) .J/kg·℃
800-900
1100-1300
800-1200
750-900
850-1100
840-920
Thermal conductivity (20-1000℃) W/m·℃
1.5-2.5
1.5-2.0
1.5-2.58
1.3-1.5
1.5-2.3
1.0-1.2
Thermal shock resistance ℃
≥150
≥350
≥250
≥360
≥250
≥150
Max working temperature ℃
1300
1600
1300
1300
1400
1300
Note: The above datas are for reference only.










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0.1995 s.