Resistance Rectangular Infrared Honeycomb Ceramic Plate for Industrial Use Ceramic Parts

Product Description

Product Description

Infrared honeycomb ceramic plates 

Infrared honeycomb ceramic plates play a critical role in gas heating applications within the technical ceramics industry. To optimize heat exchange efficiency, radiation gas heaters must minimize convection heat while emitting infrared-range wavelengths. The gas flows through parallel microchannels, maximizing surface contact for complete combustion.

Material Advantages
Our cordierite-based ceramic material exhibits exceptional mechanical strength and thermal shock resistance, ensuring reliable performance under standard operating conditions.

Design and Performance
The infrared honeycomb ceramic plate is a key component in gas radiant heaters, featuring:

Interlaced corrugated surface combined with a honeycomb structure, providing an ultra-high active surface area for combustion.
Advanced raw materials and optimized formulations to enhance micro-porosity, improving gas diffusion and reaction efficiency.
Energy Efficiency Benefits
This design ensures:

Complete oxygen-gas mixing, enabling flameless combustion.
High-efficiency far-infrared radiation, reducing energy consumption by 40–50% compared to conventional heating methods.

Product Parameters

Item	Index	Specifications
Material	Cordierite	Round Size:Φ80×12.5mm, Φ100×50mm, Φ125×12.5mm, Φ150×12.5mm, Φ160×13.5mm, Φ168×13.5 mm Square Size:100×50×13.5mm, 132×68×13.5mm, 110×110×12.5mm, 132×76×13.5mm, 132×92×13.5mm, 158×72×13.5mm 198×136×13mm, 202×148×12.5mm
Water absorption	50.4%
Open Porosity	61%
Specific gravity	0.9-1.10Kg/cm3
Temperature softening	>1280 °C
Cooking Surface Temperature	1000-1200
CO Release	≤0.006%
NOx Release	≤5ppm

Specification

Outstanding Energy Efficiency

Utilizing infrared radiation heating as the primary method, supplemented by convective heating, this system achieves 30–50% energy
savings compared to conventional burners, significantly reducing gas and natural gas consumption.
Superior Environmental Performance
Featuring flameless combustion technology, it ensures ultra-low emissions:
* Carbon monoxide (CO) emission rate ≤ 0.006%
* Nitrogen oxides (NO_x) ≤ 5ppm
Reduces harmful gas emissions by 90% versus standard burners, fully complying with stringent environmental regulations.

Exceptional Heating Quality

The emitted infrared waves (2–4 μm) are readily absorbed by material molecules, offering deep penetration to excite water molecule
resonance. This ensures uniform heat distribution to the core of the heated object, enhancing heating consistency, drying
efficiency, and end-product quality.
Robust Durability
Constructed from cordierite ceramic, the burner exhibits:
 * High-temperature and corrosion resistance
 * Fast heat transfer with outstanding thermal shock resilience (no cracking post-water quenching)
 * Smooth flame holes (no clogging or burrs) for extended service life.

Application

Industrial sector

Commercial field

Household field

Industrial baking paint: providing uniform heat source to improve product quality Ceramic and food processing: precise temperature control to meet process requirements Printing and dyeing industry: energy conservation and consumption reduction, reducing production costs

Barbecue grill, rotary grill: uniform heating, consistent food taste, energy-saving and environmentally friendly Industrial drying equipment: used in industries such as paint drying, food drying, printing and dyeing to improve production efficiency Portable snack cart: energy-saving and economical, preferred for mobile commerce

Gas stove: provides uniform heating, avoids local overheating, and improves cooking effect Gas heater: high thermal efficiency, safe without open flames, suitable for indoor heating Card Stove: Portable and Energy saving, Ideal for Outdoor Activities

Company Profile

Packing & Delivery

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