Ceramic Igniter, High Temperature Ceramic Igniter, Industrial Ceramic Ignition Component

Q: How does a ceramic igniter work?

Answer:Ceramic igniters rapidly heat up when powered, reaching surface temperatures exceeding 1000°C within seconds. This ignites gas or fuel, achieving efficient and stable ignition.

Q: What applications are ceramic igniters suitable for?

Answer:They can be widely used in household gas stoves, water heaters, gas boilers, industrial kilns, barbecue grills, gas fireplaces, gas fan heaters, and agricultural and environmental protection equipment.

Q: What are the differences between ceramic and metal igniters?

Answer:Ceramic igniters are more heat-resistant and have a longer lifespan, while metal igniters are susceptible to oxidation and have a shorter lifespan. Ceramic igniters ignite faster and are suitable for energy-efficient equipment. Ceramic is also a highly insulating material, making it safer and more reliable.

Q: Does a ceramic igniter require maintenance?

Answer:Ceramic igniters require virtually no maintenance. To maintain optimal ignition, simply keep the igniter surface clean and free of oil, dust, or combustion residue.

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Ceramic Igniter

We supply high-quality ceramic igniters made from premium materials such as alumina and silicon carbide. Energy-efficient, with fast heat-up, stable performance, and excellent reliability. We also offer a diverse range of customization services and competitive wholesale pricing to meet the needs of various industries.

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Diversified Ceramic Igniter Supply

Ceramic igniters are essential components across gas-fired boilers, biomass pellet stoves, industrial kilns, burners, and commercial kitchen equipment. Compared with traditional wire igniters, CERAMPRO ceramic igniters deliver faster heating, superior high-temperature stability, extended service life, and excellent thermal shock resistance.

CERAMPRO offers ignition solutions made from premium ceramics including alumina, silicon nitride, and silicon carbide to suit a wide range of application requirements.

Fast heating: Reaching ignition temperature within 10 seconds
High heat resistance: Long-term operation at 800–1,200°C
Long life: ≥30,000–100,000 on-off cycles Various
customization options: Available in rod, sheet, U-shaped, L-shaped, and needle shapes, with an alumina insulated base and high-temperature-resistant leads.

One-Stop Custom Ceramic Manufacturing Process | Custom Ceramic Igniters in a Range of Materials

1. Engineering Drawing Analysis (DFM) :Optimize product structure to enhance manufacturability and cost-effectiveness.
2. Material Selection Structural Consul: tationProvide expert recommendations on materials and design based on your specific application environment (e.g., temperature, wear, and corrosion requirements).
3. Rapid Prototyping Validation Testing:Functional prototypes are typically delivered within7-15 working days , accompanied by performance test reports.
4. Flexible Production Scale: Full production capability from small-batch pilot runs of20 piecesto large-scale supply ofmillions of units .
5 .End-to-End Quality Inspection: Implement full-process quality control from incoming materials to final shipment, with100% inspectionof all critical dimensions.
6 .Global Delivery Support: Provide shock-proof secure packaging, factory test reports, and support fast logistics to major global markets.

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Silicon Nitride Igniter

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Alumina Igniter

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Silicon Carbide Igniter

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Our Quality Control

Testing Capabilities
• Coordinate Measuring Machine (CMM)
• Surface Roughness Tester
•Roundness/Cylindricity Measuring Instrument• Height Gauge/Projector
• Material Property Testing
• Sintering Shrinkage Control
We Commit:100% inspection of all critical dimensions, with every product traceable back to each batch of raw material used.

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CERAMPRO Advantage | Supply Ceramic Igniters for Different Purposes

•10+ Years of Focus on Precision Ceramics
Extensive expertise in materials including zirconia, alumina, silicon nitride, and aluminum nitride.
•High-Precision Machining Capability
Dimensional tolerance: ±0.002–0.005 mm | Surface roughness: Ra 0.1–0.4 μm
•Complete In-House Manufacturing System
Forming, CNC machining, grinding, polishing, metallization, plating, and laser processing—all completed internally.
•OEM/ODM Engineering Support
Provides drawing evaluation, Design for Manufacturing (DFM) optimization, and structural reinforcement recommendations.
•Quality and Reliability
Full-process IQC/IPQC/OQC inspection, with 100% verification of critical dimensions.
•Global Service
Serving clients in 20+ countries, with support for English-language engineering communication and rapid delivery.

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Biomass Stove Pellet Burner Ceramic Ignition Rod

The surface temperature of the ceramic pellet igniter reaches 800°C in 60-90 seconds. This pellet igniter offers exceptional durability, silent heating, and contains no harmful substances, making it environmentally friendly and suitable for a variety of heat setting applications.

Main Material: 95% alumina ceramic
Power Supply: 120V or 230V Power: 150W-350W
Dimensions:9410.5mm/108mm11.5mm (customizable)
Maximum Temperature: 1050°C OEM/ODM: Available

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Biomass Stove Pellet Burner Ceramic Ignition Rod

300w Black Alumina Ceramic Igniter

This ceramic igniter is primarily used in biomass combustion systems, particularly pellet stoves and barbecue grills. It offers high ignition efficiency (over 90%) and is very easy to install before operation.

Ceramic flange/copper thread fixing
Dimensions: 11.55mm diameter, 113mm total length, 78mm screw length
Maximum operating temperature: 970°C
Voltage: 230V
Power: 300W Fully compliant with EU RoHS (free of lead, cadmium, mercury, hexavalent chromium, PCBS, and other hazardous substances)

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MCH Alumina Biomass Boiler Igniter

This type of igniter offers a compact design, high power, and fast heating speed, providing greater reliability than ever before.

Ceramic base: 17.5mm/25mm (customizable)
Operating voltage: 120V ±10% or 230V ±10%
Heating element: 95% alumina
Nickel wire: N6 nickel wire, 0.8mm diameter

Get Free samples

300W Silicon Nitride Igniter

It can quickly reach temperatures between 800°C and 1200°C in seconds. It ignites the fuel primarily through direct heat transfer or forced air heating. It is compact, high-temperature resistant, and offers excellent electrical insulation and voltage resistance, with no resistance aging or power loss.

Operating voltage: AC 220-240V
Dimensions: 200*200mm (customizable)
Operating temperature: 800-1200°C
Fast heating: Reaching 800-1200°C in 20-50 seconds

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Hot Surface Silicon Nitride Igniter

This silicon nitride igniter is ideal for applications such as localized intense heat sources, fuel ignition, light sources, and medical cautery equipment.

Voltage: 120V 230V Power
Rating: 100W Element
Material: Silicon Nitride Cable Type: Mylar 450°C

Get Free samples

Why Choose GORGEOUS’s Custom Ceramic Heaters?

CERAMPRO brings extensive expertise in ceramic manufacturing, enabling us to deliver higher-quality ceramic igniters. Are you concerned about minimum order quantities? We offer custom orders as low as one piece to accommodate smaller runs.

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How does a ceramic igniter work?

Answer:
Ceramic igniters rapidly heat up when powered, reaching surface temperatures exceeding 1000°C within seconds. This ignites gas or fuel, achieving efficient and stable ignition.

What applications are ceramic igniters suitable for?

Answer:
They can be widely used in household gas stoves, water heaters, gas boilers, industrial kilns, barbecue grills, gas fireplaces, gas fan heaters, and agricultural and environmental protection equipment.

What are the differences between ceramic and metal igniters?

Answer:
Ceramic igniters are more heat-resistant and have a longer lifespan, while metal igniters are susceptible to oxidation and have a shorter lifespan.

Ceramic igniters ignite faster and are suitable for energy-efficient equipment. Ceramic is also a highly insulating material, making it safer and more reliable.

Does a ceramic igniter require maintenance?

Answer:
Ceramic igniters require virtually no maintenance. To maintain optimal ignition, simply keep the igniter surface clean and free of oil, dust, or combustion residue.

Customizable

We have a wide range of technologies such as material technology, process technology, design technology, measurement/evaluation technology, and integrated processes from materials to products in-house, so we can respond to various customizations. Please feel free to contact us first.

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Ceramics Materials: Alumina Ceramics; Zirconia Ceramics; Beryllium Oxide Ceramic; Aluminium Nitride Ceramics; Silicon Nitride Ceramics; Boron Nitride Ceramic; Silicon Carbide Ceramics; Boron Carbide Ceramics

Capabilities: Raw Material Preparation; Molding; Sintering; Machining and Surface Treatment; Testing Capability

Contact Us: Room 101, Building 2, No. 2, Kelian Road, Tangxia Town, Dongguan City, Guangdong Province; postmaster@cerampro.com; 13652526615

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Ceramic Igniter

Diversified Ceramic Igniter Supply

One-Stop Custom Ceramic Manufacturing Process | Custom Ceramic Igniters in a Range of Materials

Silicon Nitride Igniter

Alumina Igniter

Silicon Carbide Igniter

Our Quality Control

CERAMPRO Advantage | Supply Ceramic Igniters for Different Purposes

Biomass Stove Pellet Burner Ceramic Ignition Rod

300w Black Alumina Ceramic Igniter

MCH Alumina Biomass Boiler Igniter

This type of igniter offers a compact design, high power, and fast heating speed, providing greater reliability than ever before.Ceramic base: 17.5mm/25mm (customizable) Operating voltage: 120V ±10% or 230V ±10% Heating element: 95% alumina Nickel wire: N6 nickel wire, 0.8mm diameter

300W Silicon Nitride Igniter

Hot Surface Silicon Nitride Igniter

This silicon nitride igniter is ideal for applications such as localized intense heat sources, fuel ignition, light sources, and medical cautery equipment.Voltage: 120V 230V Power Rating: 100W Element Material: Silicon Nitride Cable Type: Mylar 450°C

Why Choose GORGEOUS’s Custom Ceramic Heaters?

LOW RISE BUILDING & REPAIR ROOF SERVICE

FAQs

How does a ceramic igniter work?

Answer:Ceramic igniters rapidly heat up when powered, reaching surface temperatures exceeding 1000°C within seconds. This ignites gas or fuel, achieving efficient and stable ignition.

What applications are ceramic igniters suitable for?

Answer:They can be widely used in household gas stoves, water heaters, gas boilers, industrial kilns, barbecue grills, gas fireplaces, gas fan heaters, and agricultural and environmental protection equipment.

What are the differences between ceramic and metal igniters?

Answer:Ceramic igniters are more heat-resistant and have a longer lifespan, while metal igniters are susceptible to oxidation and have a shorter lifespan.

Does a ceramic igniter require maintenance?

Answer:Ceramic igniters require virtually no maintenance. To maintain optimal ignition, simply keep the igniter surface clean and free of oil, dust, or combustion residue.

Customizable

This type of igniter offers a compact design, high power, and fast heating speed, providing greater reliability than ever before.

Ceramic base: 17.5mm/25mm (customizable)
Operating voltage: 120V ±10% or 230V ±10%
Heating element: 95% alumina
Nickel wire: N6 nickel wire, 0.8mm diameter

This silicon nitride igniter is ideal for applications such as localized intense heat sources, fuel ignition, light sources, and medical cautery equipment.

Voltage: 120V 230V Power
Rating: 100W Element
Material: Silicon Nitride Cable Type: Mylar 450°C

Answer:
Ceramic igniters rapidly heat up when powered, reaching surface temperatures exceeding 1000°C within seconds. This ignites gas or fuel, achieving efficient and stable ignition.

Answer:
They can be widely used in household gas stoves, water heaters, gas boilers, industrial kilns, barbecue grills, gas fireplaces, gas fan heaters, and agricultural and environmental protection equipment.

Answer:
Ceramic igniters are more heat-resistant and have a longer lifespan, while metal igniters are susceptible to oxidation and have a shorter lifespan.

Answer:
Ceramic igniters require virtually no maintenance. To maintain optimal ignition, simply keep the igniter surface clean and free of oil, dust, or combustion residue.