Honeycomb Ceramics Heat Exchanger for Rto

• Application: Heater, Heater
• Principle: Regenerative Heat Exchanger
• Materials: Cordierite/Corundum Mullte/Mullite/Silicon Oxide
• Usage: Rto
• Holes: 25holes, 40holes, 43holes, 50holes, 60holes
• Hole Shape: Round, Square, Hexagonal, Triangular
• Model NO.: HCH
• Max.Working Tem. (Celsius Degree): 1320-1700
• Structure Material: Ceramic
• Heat Transfer Surface: Plate Heat Exchanger
• Transport Package: Wooden Box and Pallet or According to Your Demand
• Trademark: DXY
• Origin: China
• Production Capacity: 100, 000pieces/Month

Product Description

Honeycomb ceramic heater can be achieved at more than J/kgk1000. Use a temperature≥ 1700° C in the heating furnace, roaster, soaking furnace, pyrolysis furnace, fuel can be savings of more than 40%, increase in production for more than 15%. The flue gas temperature below 150° C. So It has got a wide application in many industrial productions.

Ceramic honeycomb body has a low thermal expansion coefficient, specific heat large area, thermal shock stabili ty, small thermal resistance, corrosion resistance and other characteristics, be applied in many industrial situatiions.

Honeycomb Ceramic Heater Features:
*It has advatange of high surface area, high heat capacity, low thermal expension, corrosion resistant and temperature resistance, widely use in chemical, metallurgical, gas and environmental protection industries.

Applications:
*Tower packing-high surface area, uniform distribution fluid, high efficiency of mass transfer
*Catalyst carrier-reduce the oxidation temperature of VOA in purification of industrial exhaus gas
*Thermal regenerative packing-good heat capacity, saving energy 40-70%in RTO system
*Gas combustion distributing pl ate-distribute uniformly and make the combustion complete, saving energy more than 10% refractory kiln furniture-low bulk density, good thermal efficiency

Composition	Value (%)
SiO 2	16-20
Al 2 O 3	72-77
MgO	<1
Fe 2 O 3	<1.5
TiO 2	<4
K 2 O+Na 2 O+CaO	2-3

No	Index	Unit	Value
1	Gross Density	g/cm 3	2.3-2.6
2	Average Linear Expansion(20-1000 ° C)	10 -6 /k -1	6-7.6
3	Specific Heat Capacity	KJ/Kg	900-1200
4	Heat Conductivity	W/MK	1.8-3
5	Soft Temp.	° C	1400
6	Maximum Application Temp.	° C	1350
7	Corrosion Resistance Against Acid	%	99.5

Dimension	Quantity  of  channels	Wall thickness (mm)	Channel Width (mm)	Surface area (m 2 /m 3 )	Void section (%)	Packaging density (kg/ m 3 )	Weight per piece (kg)
150 × 150 × 300	25 × 25	1.0	4.96	580	68	696	4.7
150 × 150 × 300	32 × 32	1.0	3.66	695	61	755	5.1
150 × 150 × 300	40 × 40	0.7	3.03	891	65	814	5.5
150 × 150 × 300	43 × 43	0.7	2.77	940	63	858	5.8
150 × 150 × 300	50 × 50	0.6	2.39	1090	63	903	6.1
150 × 150 × 300	60 × 60	0.5	1.99	1303	63	932	6.3