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This infrared honeycomb ceramic plate uses engineered cordierite material, processed through high-temperature sintering to form a strong, thermal-shock-resistant structure. Its honeycomb grid increases surface area, improves combustion completeness, and generates strong infrared radiation for faster cooking and reduced fuel waste.
The uniform channel structure ensures even flame distribution, low NOx & CO emissions, and stable performance during long-hour operation—critical for commercial stoves, restaurant burners, BBQ grills, food processing equipment, and industrial heating lines.
Cordierite ceramic ensures excellent stability during rapid heating and cooling cycles. It withstands frequent burner switching, preventing cracking under commercial kitchen workloads.
The honeycomb surface increases combustion area and radiant heat output, enabling quicker ignition, faster cooking, and up to 20–50% fuel savings in commercial gas stoves.
Optimized hole design ensures more complete combustion, reducing harmful gases. A stable infrared flame helps kitchens maintain cleaner air and meet environmental standards.
The dense-yet-lightweight ceramic plate resists deformation, thermal fatigue, and prolonged high-temperature exposure, extending burner lifespan and reducing maintenance costs.
Perfect for:
Commercial gas stoves & restaurant burners
Commercial infrared cooking equipment
Food baking production lines
BBQ grills, roasting ovens, and gas-fired grills
Commercial heating units & industrial infrared burners
Catering equipment requiring high infrared output
| Item | Infrared honeycomb ceramic for Commercial Stove |
|---|---|
| Material | Iolite (Cordierite) |
| Water Absorption | 50.40% |
| Porosity | 61% |
| Density | 0.6–0.9 g/cm³ |
| Thermal Expansion Coefficient | 1.5–3 ×10⁻⁶ k⁻¹ |
| Maximum Temperature Tolerance | ≥1280°C |
| Working Surface Temperature | 1000–1200°C |
| CO Emission | ≤0.006% |
| NOx Emission | ≤5 ppm |
| Aperture (Hole Size) | 1.1–1.8 mm |
| Hole Spacing | 2.2–1 mm |
| Thickness | 11–12 mm |
| Square Size | ≤200 × 145 mm |
| Round Size | Φ50–238 mm |
| Shape Options | Square / Rectangle / Circle |
| Thermal Shock Resistance | Excellent (supports repeated heating cycles) |
It is used as a burner plate for gas-fired infrared heating in commercial stoves and cooking equipment.
The square-hole grid increases surface area, enhances combustion, and boosts infrared radiation for faster and more uniform heating.
Yes. Its thermal shock resistance and high-temperature stability make it ideal for continuous, heavy-duty use.
Yes. Infrared combustion improves heat transfer efficiency, helping commercial kitchens save energy.
It is compatible with LPG, natural gas, and other clean-burning gases used in commercial stoves.
We offer full customization of:
This infrared honeycomb ceramic plate uses engineered cordierite material, processed through high-temperature sintering to form a strong, thermal-shock-resistant structure. Its honeycomb grid increases surface area, improves combustion completeness, and generates strong infrared radiation for faster cooking and reduced fuel waste.
The uniform channel structure ensures even flame distribution, low NOx & CO emissions, and stable performance during long-hour operation—critical for commercial stoves, restaurant burners, BBQ grills, food processing equipment, and industrial heating lines.
Cordierite ceramic ensures excellent stability during rapid heating and cooling cycles. It withstands frequent burner switching, preventing cracking under commercial kitchen workloads.
The honeycomb surface increases combustion area and radiant heat output, enabling quicker ignition, faster cooking, and up to 20–50% fuel savings in commercial gas stoves.
Optimized hole design ensures more complete combustion, reducing harmful gases. A stable infrared flame helps kitchens maintain cleaner air and meet environmental standards.
The dense-yet-lightweight ceramic plate resists deformation, thermal fatigue, and prolonged high-temperature exposure, extending burner lifespan and reducing maintenance costs.
Perfect for:
Commercial gas stoves & restaurant burners
Commercial infrared cooking equipment
Food baking production lines
BBQ grills, roasting ovens, and gas-fired grills
Commercial heating units & industrial infrared burners
Catering equipment requiring high infrared output
| Item | Infrared honeycomb ceramic for Commercial Stove |
|---|---|
| Material | Iolite (Cordierite) |
| Water Absorption | 50.40% |
| Porosity | 61% |
| Density | 0.6–0.9 g/cm³ |
| Thermal Expansion Coefficient | 1.5–3 ×10⁻⁶ k⁻¹ |
| Maximum Temperature Tolerance | ≥1280°C |
| Working Surface Temperature | 1000–1200°C |
| CO Emission | ≤0.006% |
| NOx Emission | ≤5 ppm |
| Aperture (Hole Size) | 1.1–1.8 mm |
| Hole Spacing | 2.2–1 mm |
| Thickness | 11–12 mm |
| Square Size | ≤200 × 145 mm |
| Round Size | Φ50–238 mm |
| Shape Options | Square / Rectangle / Circle |
| Thermal Shock Resistance | Excellent (supports repeated heating cycles) |
It is used as a burner plate for gas-fired infrared heating in commercial stoves and cooking equipment.
The square-hole grid increases surface area, enhances combustion, and boosts infrared radiation for faster and more uniform heating.
Yes. Its thermal shock resistance and high-temperature stability make it ideal for continuous, heavy-duty use.
Yes. Infrared combustion improves heat transfer efficiency, helping commercial kitchens save energy.
It is compatible with LPG, natural gas, and other clean-burning gases used in commercial stoves.
We offer full customization of:
