China Honeycomb Ceramic Burner Plate Manufacturer Porous Ceramic Burner Diamond Pattern Infrared Honeycomb Ceramic Plate for Heater

• Customization: Available
• Feature: Long Time Materials
• Refractoriness (℃): 1580< Refractoriness< 1770
• Model NO.: Infrared Honeycomb Ceramic Burner Plate
• Maximum Working Temp.: 1250
• Application: Heaters, BBQ, Broilers, Gyro Cookers, Pizza Ovens
• Round Shape Diameter (mm): 50--200
• Square(mm): <180×180
• Thickness (mm): 8--15
• Hole Diameter (mm): 1.2-1.8
• Holes Interval (mm): 1.649-2.086
• Porosity: 50%-60%
• Density g/cm3: 0.6-0.7
• Water Absorption: 40-50%
• Flexural Strength Kgf/Cm2: 10-20
• Coefficient of Thermal Expansion 10-6/K: 1.5-2
• Thermal Conductivity W/(M.K): 1.1-1.3
• Thermal Shock Performance(20-1000°c): No Crack 10 Times
• Type: Heat-Resistant Material
• Transport Package: Hard Carton or Wooden Carton with Pallet
• Specification: Cordierite/Alumuina/ Carbide
• Trademark: Sanhe
• Origin: Jiangxi Province, China
• HS Code: 6903900000
• Production Capacity: 800, 00pieces/Month

Product Description

Honeycomb Ceramic Plate



Description:
Compared with other common fuel stove, its applications as follows
1: Energy saving 20-50%
2: Flameless combustion and low noise,
3: It could largely reduce harmful gas from CO, Nox (dropped more than 70%).
4: In addition, the ceramic take advantage of its good performance to enlarge surface area and burning surface so that it effects more heat accumulation and combustion supporting, which reaches higher energy as per customer's requests. 

Normal size:
Round shape: Dia 90*12, Dia105*13mm, Dia 114*12mm, Dia 118*12mm, Dia 126*12mm, Dia 129*13mm, Dia 130*12mm, Dia 146*12mm, Dia 150*13mm, Dia 158*13mm, Dia 169*13mm, Dia 180*13mm, Dia 200*13mm, Dia 238*13mm.
Square shape: 132*32*13mm, 135*46*13mm, 135*60*13mm, 135x93x13mm, 135*100*13mm, 145*73*13mm, 147*60*13mm, 163*73*12.5mm, 183*60*13mm, 200*143*13mm. (Size customizable)


Specification Parameter

Category	Measurement	Parameter
Cordierite	%	≥95
Coefficient of thermal expansion(RT-800ºC)	m/ºC	≤1.8*10-6
Thermal shock resistence(RT-1000ºC)	Cycle times	≥10
Softening temperature	ºC	≥1360
Bending strength	kgf/cm2	≥16
Thermal transmissivity of material	W/m.k	1.1
Mesh	Mesh	100,200,300
Water absorption rate	%	43-48%
Tolerance range	mm	≤0.8
Density	g/cm3	0.6-0.7
Flexural strength	kgf/cm2	10-20

Application

Barbecues	Gyro Cookers
Broilers	Pizza Ovens
Convection Ovens	Pressure Fryers
Deep Fat Fryers	Process
Evaporators	Ranges
Gas Ovens	Rotisserie Ovens
Griddles	Space Heaters
Greenhouse CO2	Sear Cookers

Benefit

1. Outstanding strength.

2. Uniform radiant burning.

3. Excellent thermal shock resistance.

4. Save up to 40~50% energy cost.

5. Burn without flame, high burning efficiency, low noise.

6. Reduce the harmful gas such as CO, NOx, etc more than 90%.

Specification

Sample Dimension
Square(mm)	Round Shape Diameter (mm)	Thickness (mm)	Hole Diameter (mm)	Holes Interval (mm)
<180×180	50--200	8--15	1.2-1.8	1.649-2.086
Physical Properties
Porosity	Density	Coefficient of Thermal Expansion 0--800ºC	Modulus of Rupture Results	Thermal Shock 800ºC into the cold water
50%-60%	≌1.2g/m3	3.5×10-6	≥300lbs/in2	More than 3 times Does not blast open
Performance
Harmful Gas Release During Use
Co	≤0.006%
NOx	≤5ppm

Typical Applications

1. Bake furnace.

2. Food baking production line computer automatic dryer.

3. Dedicated gas infrared oven.

4. Food grilled cabinet.

5. Food baking line.

6. Spray the bottom of the production line installation.

Honeycomb Ceramic Plate combustion adopts ceramic plate with multiple punching as burning furnace end. Since the gas in the infrared combustion implements can commingle pollution emission release goes down. Also the infrared ray radiation has high penetrability, inspiring the resonance of water molecule, pervading heat to the nut of clarified subjects equally, the heating and drying efficiency are improved. So, using the infrared combustion implements to heat, dry and heat preserved, the energy can be saved and pollution can be reduced. Infrared combustion implements have following advantages:
1. Use of liquefied petroleum gas, clean, environmentally friendly.
2. High thermal efficiency, economical and practical, the cost of gas consumption than the power consumption savings of 50%.
3. Install a convenient and simple. Compared with the electric dryer, reduce costs by more than half.
Therefore, using the infrared burner has become the industrial heating, drying, thermal insulation of a new technology, new vigorous, it has been widely used in industrial paint, printing and dyeing, food and other industries and fields.