Manufacturers Produce And Wholesale Cordierite Honeycomb Ceramic Regenerators

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Products Description


LanteComb Honeycomb
The LANTECOMB honeycomb ceramic series product is another patented product developed by our company after MLM structured packing (patent number: 200720126497.7). It perfectly combines the structure of honeycomb ceramic and MLM structured packing, which increases the porosity of the product and reduces the pressure of the product. At the same time, due to the improvement of the structure, the "node" of heat transfer is avoided; in addition, LANTECOMB turns the original independent square hole into a connected rectangular hole, which is conducive to the distribution of gas and improves the heat transfer efficiency and exhaust gas purification rate. . After the test of our company's RTO experimental device, the pressure drop is equivalent to that of the MLM series, and its thermal efficiency can reach more than 97%, which greatly improves the heat storage performance of the product and reduces energy consumption, and is widely welcomed by domestic and foreign users. At present, the product can be divided into two series, LanteComb L and LanteComb H, according to the specific surface area.


LanteComb Honeycomb Ceramic Filler Specifications


Composition
SiO2
Al2O3
MgO
Fe2O3
TiO2
CaO+Na2O+K2O
Value(%)
32~46
42~55
4~8
≤1
≤1
≤2.5


physical properties


Item
Unit
LanteComb L
LanteComb H
Dimension
mm
150x150x150
150x150x150
Surface area
(m2/m3-ft2/ft3)
590/180
853/260
Density
g/cm3
2.35-2.45
2.35-2.45
Weight
Kg/Piece
1.9-2.3
2.65-3.1
Acid Resistance
%
≤1
≤1
Water Absorption
%
<3
<3
Free Space
%
77
68
Max Working Temperature
oC
1200
1200
Heat Capacity
(kJ/ m2-°C)
1200
1200


Thermal efficiency and pressure drop performance




Honeycomb ceramic


Honeycomb ceramics is a kind of porous industrial ceramics, and its interior is many parallel channels in triangular, square or hexagonal shape. 2Al2O3.5SiO2), aluminum titanate (Al2TiO5), mullite (3Al2O3.2SiO2), corundum (α-Al2O3) and composites are equal. Compared with ordinary ceramics, it has low thermal expansion, thermal shock, oxidation resistance, specific surface area Large, corrosion-resistant and other characteristics. The products are mainly used in metallurgy, chemical industry tower packing, regenerative high temperature air purification in construction and chemical industry, industrial waste gas treatment, flue gas removal NOx purification system in thermal power plants, waste incineration harmful gas purification system, chemical industry and mining industry Toxic gas purification, as a filter, catalyst carrier, etc. for the treatment of casting process.


1. Honeycomb ceramic regenerator


1. Honeycomb ceramic regenerator
Honeycomb ceramics can be used as heat storage body and heat exchange medium in RTO of environmental protection equipment. Because of its high heat storage rate, low pressure drop, high mechanical strength and good stability, it has replaced the traditional tower packing and has become the current use. More ceramic heat storage medium


chemical composition


Item
Aluminium Porcelain
Mullite
dense Mullite
loose Mullite
Mullite-cordierite composite
Corundum
SiO2
40-45
25-30
49-53
30-34
28-36
8-11
Al2O3
48-55
66-72
38-42
58-62
55-65
85-92
MgO
4-6
2-3
2.5-3.2
1.8-2.5
Fe2O3
<1.0
<1.0
<1.2
<1.5
<0.8
<0.5
TiO2+BaO
<1.6
<2.2
CaO+Na2O
+K2O
4.0-5.5
<1.0
<2.5
<2.5
<1.0
0.5-1.2


Physical and chemical properties


Item

Unit
Mullite
loose Mullite
dense Mullite
Mullite-cordierite composite
Corundum
Gross Density
g/cm3
>2.9
2.2-2.4
2.7-2.9
>2.9
>3.2
Acid Resistance
%
≤0.5
≤0.5
≤0.5
≤0.5
≤0.5
(20-1000 oC)
10-6 oC -1
5.5-6.5
3.5-6
5-7
≤5
6-7
Max Working Temperature
oC
1600
1300
1360
1550
1750
Heat Capacity
(J/ Kg.K)
1100-1300
800-1000
850-1050
1100-1300
1300-1400
Heat Conductivity
W/MK
1.4-2.0
1.5-2.5
1.8-2.8
1.3-1.8
5-10


Product Specifications and Performance



Dimension

Quantity of channels
Wall
thickness

Surface area
(m2/m3-ft2/ft3)
Free Space
Packing Density

Weight per piece
150x150x150
25x25
1.0mm
573
68%
695kg/m3
2.35kg
150x150x150
33x33
1.0mm
700
59%
769 kg/m3
2.60 kg
150x150x150
40x40
0.7mm
883
65%
908 kg/m3
3.07 kg
150x150x150
50x50
0.7mm
1036
58%
1080 kg/m3
3.20 kg
150x150x150
60x60
0.5mm
1278
64%
908 kg/m3
3.07 kg


2. Catalyst carrier


2. Catalyst carrier
Cordierite ceramic materials are widely used in the production of honeycomb ceramic catalyst carriers because of their low thermal expansion coefficient, high specific surface area, low pressure, rapid light-off time and good pore density.
The cordierite honeycomb ceramic has a honeycomb structure with thousands of parallel channels to pass the exhaust gas into the turbulent device, so that the exhaust gas and the precious metal are fully contacted, the mass transfer conditions are improved, the conversion efficiency is improved, and the honeycomb ceramic becomes an oxidation reaction and Ideal catalyst support for reduction reactions.


At present, we produce catalyst supports of various specifications and different shapes, such as round, oval, racetrack, etc.


Product number


NO
Dimension
shape
Specification
1
Φ150x75
方形
300孔/inch
2
Φ125x130
方形
300孔/inch
3
Φ100x100
方形
300孔/inch
4
Φ80x75
方形
300孔/inch
5
Φ150x75
方形
400孔/inch
6
Φ125x130
方形
400孔/inch
7
Φ100x100
方形
400孔/inch
8
Φ80x75
方形
400孔/inch


3. Foam ceramics


Foam ceramics is a kind of porous ceramics with high porosity with three-dimensional spatial network structure. Because of its high porosity, large surface area, good thermal shock resistance, high temperature resistance, chemical corrosion resistance and good mechanical strength and filtration It can be widely used in heat exchange materials, gas distribution materials, automobile exhaust purification devices, molten metal filtration in metallurgical industry (such as aluminum alloys, copper alloys, molten steel, molten iron, etc.), heat energy recovery (such as steel continuous heating furnaces) Heat exchangers, thermal insulation exchange and filtration and dust removal of coal-fired boiler dust), industrial sewage treatment (such as mining treatment of liquids with toxic gases), heat insulation, sound insulation materials, etc. In recent years, foamed ceramic materials have been used in aviation and electronic fields. , the field of medical materials and the field of chemistry.


Alumina foam ceramic
The product is mainly used in the purification process of aluminum and aluminum alloy production, and also used as various gas-solid, liquid-solid separation media, catalyst carrier, burner and sound-absorbing environmental protection and other fields. It can effectively remove all kinds of inclusions with a fineness of micron level in the aluminum water, so that the aluminum water becomes a stable laminar flow, which is beneficial to the flushing; it has excellent resistance to aluminum water erosion, and strictly controls the size of the holes and through holes. A stable filtering effect can be obtained; thereby improving casting quality, reducing casting rejection rate, prolonging service life and reducing casting cost.
Zirconia foam ceramic
This product is mainly used in the purification process in the production of cast steel and stainless steel. It can effectively remove all kinds of micron-level inclusions and some encapsulated gases in molten steel. It can withstand the scouring of molten steel. The size and porosity of the upper holes can obtain stable filtering effect. Thereby, the casting quality is improved, the scrap rate of castings is reduced, the service life is prolonged, and the casting cost is reduced. Zirconia foam ceramic filter has unique high temperature resistant components, suitable for high precision casting fields such as aviation castings.
Silicon carbide foam ceramic
This product is mainly used in the purification process in the production of cast iron and ferroalloy, and also in the copper casting process. It can withstand the scouring of molten iron; by strictly controlling the size and porosity of the pores on the filter, a stable filtration effect can be obtained; it has a unique composition that wets molten iron, which helps to reduce the friction between the filter and molten iron, ensuring Smooth filtering. Thereby, the casting quality is improved, the scrap rate of castings is reduced, the service life is prolonged, and the casting cost is reduced.


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