Mullite 25X25 Cell Monolith Cordierite Honeycomb Ceramic Carrier for Rto, Rco

Product Description

Mullite 25X25 Cell Honeycomb Ceramic Monolith Honeycomb Ceramic Carrier for Rto, Rco

Honeycomb ceramic Carrier
Ceramic carriers are used as support structures for functional media, such as adsorbents, biofilms, or catalytic layers. They feature customizable channel designs and robust mechanical strength, suited for secondary processing like coating or impregnation.

Common Materials: Cordierite, alumina, porous ceramics

Cell Density: 30-400 CPSI (various shapes: square, hexagonal, round)

Functions
Provide stable structure for adsorption, bioreaction, or catalysis

Facilitate optimized flow dynamics and gas-liquid-solid contact

Serve as a functional platform for SCR catalysts, zeolites, or biological agents

Applications
SCR Catalyst Carriers for NOx reduction

Biological Media in wastewater treatment (biofilm carriers)

Adsorption Beds for molecular sieves and air purification

Acid Gas Treatment Modules in flue gas desulfurization systems

Industries
Environmental protection (air/water), petrochemical, power generation, chemical reactors, pharmaceuticals, and clean energy sectors.

Product Description

Materials: Alumina, Dense Alumina, Cordierite, Dense Cordierite, Mullite, Corundum Mullite and others.

Specifications: 100x100x100, 100x150x150, 150x150x150, 150x150x300mm and others.

Hole count: 25x25, 40x40, 43x43, 50x50, 60x60 and others.

Key Types & Shapes:
1.Catalyst Supports (e.g., Ceramic Substrates): The essential base for catalysts (e.g., precious metals) in emission control systems. Shapes: Primarily cylinders or rectangular blocks. Uses: Automotive catalysts (TWC, DOC, SCR, DPF, GPF), industrial SCR/SNCR DeNOx, VOCs catalytic combustion.

2.Thermal Regenerators (Heat Storage Bodies): Designed for cyclic heat absorption and release in systems like RTOs (Regenerative Thermal Oxidizers) and industrial furnaces. Delivers: Ultra-high thermal efficiency (>90%) and significant energy savings. Shapes: Large rectangular blocks dominate, sometimes custom shapes.

3.Filters (e.g., Particulate Filters):Trap and remove particulate matter (PM) or impurities via microporous channel walls. Shapes: Cylinders are common; specialized plugged structures for DPFs (Diesel Particulate Filters). Uses: Diesel exhaust filtration (DPF), molten metal filtration (Al, Cu, Fe), high-temperature gas cleaning.

4.Structured Packing: Replace random packing in chemical towers (distillation, absorption). Benefits: Higher efficiency, lower pressure drop, increased capacity. Shapes: Typically cylinders or rectangular blocks.

By External Shape: Available in STANDARD forms like Cylinders (Round) and Rectangular Blocks (Square/Long), plus CUSTOM shapes to fit specific reactor/furnace designs

Product Parameters

Chemical analysis of RTO Heat Exchange Honeycomb Ceramic

Comosition	Value(%)
Al2O3	55~65
SiO2	25~35
MgO	1~5
Fe2O3+TiO2	3~5
Others	<5

Technical Specification of RTO Heat Exchange Honeycomb Ceramic

Index	Unit	Value
Density	g/cm3	1.7~2.0
Coefficient of heat expansion	(X10-6K-1)(20-800ºC)	≤3.0
Specific heat	(J/Kg.k)(20~1000ºC)	900~1150
Thermal conductivity	(20~1000ºC)	1.2~1.8
Impact thermal resistance	(ºC/min)	≥350
Max.working temp.	ºC	1320
Water absorption	%	15~25

Dimension and Other Physical Properties

Dimension	Quantity of channels	Wall thickness	Outside wall thickness	Channel width	Void section	Weight piece
150 × 150 × 300	25 × 25	1.0mm ± 0.1	1.2mm ± 0.15	4.8-5.0mm	67%	4.0-5.0kg
150 × 150 × 300	32 × 32	0.9mm ± 0.1	1.2mm ± 0.15	3.8-3.9mm	61.6%	4.6-5.6kg
150 × 150 × 300	40 × 40	0.7mm ± 0.1	1.1mm ± 0.15	2.9-3.1mm	64%	4.7-5.7kg
150 × 150 × 300	43 × 43	0.65mm ± 0.1	1.1mm ± 0.15	2.7-2.9mm	62%	4.8-5.8kg
150 × 150 × 300	50 × 50	0.6mm ± 0.1	0.8mm ± 0.15	2.3-2.5mm	61%	4.8-5.8kg
150 × 150 × 300	60 × 60	0.45mm ± 0.1	0.8mm ± 0.15	1.9-2.1mm	63.4%	4.7-5.7kg

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