Honeycomb Ceramic

Block-Combined Honeycomb Ceramic (4).jpg

Block-Combined Honeycomb

Brand: Ksourceep

Models:125A/160A/180A/200A

Material: Ceramic

Application: Ceramic honeycomb blocks provide large specific surface area and are used for automobile exhaust purification (three-way catalytic converter) or industrial waste gas treatment

product details

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Block-Combined Honeycomb Material Advantages

Lightweight and High-Strength:

The honeycomb structure achieves high specific strength while maintaining low density through optimized wall thickness and pore size.

Heat Resistance:

1500°C, suitable for high-temperature environments.

Aramid Fiber Honeycomb:

Fire-resistant and flame-retardant, suitable for aerospace interiors.

Aluminum Honeycomb:

Highly corrosion-resistant and can be coated with a protective layer for harsh environments.

Functional Scalability:

By filling with foam, metal, or composite materials, the honeycomb structure can be endowed with additional functions such as energy absorption, thermal insulation, and electromagnetic shielding.

technical parameter

Item	Unit	MLM-160	MLM-180	MLM-200
Porosity	%	60	56	54
Maximum operating temperature	ºC	1180	1180	1180
Heat capacity	kJ/kg.k	0.79	0.88	0.92
Crushing strength	kN/cm2	35	38	40
Water absorption	%	<0.5	<0.5	<0.5
Specific surface area	m2/m3	524	590	660
Test weight	kg/m3	900	998	1060
Bulk density	g/cm3	2.25-2.35	2.25-2.35	2.25-2.35

Block-Combined Honeycomb Structural Characteristics

1、Modular Assembly:Standard honeycomb cells (such as hexagonal or rectangular) are spliced or nested to form a block structure. The cells are secured by mechanical interlocking, bonding, or welding, enabling rapid assembly and disassembly.

2、Honeycomb structures exhibit orthotropic properties, meaning that mechanical properties vary significantly along the L (length), W (width), and T (thickness) directions:

L direction: Highest compressive strength, suitable for load-bearing structures.

W direction: Weak shear strength, requiring reinforcement with thicker walls or filler materials.

T direction: Low compression modulus perpendicular to the honeycomb plane, but overall rigidity can be improved through a sandwich structure (such as a honeycomb core + faceplate).

Sub-honeycomb Optimization:Some designs utilize a "nested sub-honeycomb" structure, with a thick-walled sub-honeycomb at the center and a thin-walled matrix honeycomb at the periphery. This density gradient achieves a balance between energy absorption and load-bearing capacity.