Place of Origin:Guangdong, China
Material Introduction
This igniter is made from silicon carbide ceramic, a heat-resistant ceramic material commonly used in ignition and heating applications. It is suitable for systems that require fast heat-up, stable high-temperature performance, and repeated heating cycles.
Functional Features
Application Industries
Lead Time
Usually 30–45 days after drawing and order confirmation. For customized voltage, resistance, shape, or terminal design, the lead time will be confirmed based on the final drawing.
For custom silicon carbide igniters, please send us your drawing or sample for evaluation.
This silicon carbide ceramic igniter is designed for hot surface ignition in gas furnaces, oil furnaces, pellet stoves, biomass stoves, industrial burners, and heating equipment. It heats up quickly and provides stable ignition performance for systems that require repeated start-up and high-temperature operation.
Made from silicon carbide ceramic, the igniter offers good thermal stability, oxidation resistance, and reliable performance during repeated heating and cooling cycles. CERAMPRO can customize silicon carbide igniters according to customer drawings, samples, voltage requirements, resistance values, power design, and terminal connection methods.
The main material is silicon carbide ceramic, also known as SiC ceramic. Depending on the application, the igniter can be made from SSiC, RSiC, or RBSiC materials. These silicon carbide ceramic materials are suitable for ignition and heating components that work under high temperature, fast heat-up, and repeated thermal cycling conditions.
This SiC ceramic igniter is mainly used in heating and combustion systems where fast ignition, stable resistance, and long service performance are required. It is suitable for OEM ignition system manufacturers, stove manufacturers, burner suppliers, and industrial heating equipment projects.
| Parameter | Technical Indicator | Functional Significance |
| Product Material | SSiC / RSiC / RBSiC | Selected according to oxidation resistance, thermal cycle requirements, and working conditions. |
| Ignition Temperature | 1100°C – 1450°C | Supports fast ignition for gas, fuel, and burner systems. |
| Heat-Up Time | 2 – 5 seconds | Helps shorten start-up time in hot surface ignition applications. |
| Operating Voltage | 12V – 230V AC/DC | Can be designed for different ignition systems and power supply requirements. |
| Surface Loading | 15 – 25 W/cm² | Provides suitable power density for efficient heating performance. |
| Cold Resistance | 40 – 100 Ω | Can be adjusted according to start-up current, voltage, and circuit design. |
| Oxidation Barrier | SiO2 glassy layer | Helps improve surface stability during high-temperature operation. |
| Service Life | ≥100,000 cycles | Designed for repeated ignition cycles under suitable operating conditions. |
Note: The above values are typical reference ranges. Final specifications should be confirmed according to the drawing, voltage, resistance, power, installation method, and working environment.
A silicon carbide ceramic igniter is used for hot surface ignition in gas furnaces, oil furnaces, pellet stoves, biomass stoves, industrial burners, and heating equipment.
A silicon carbide igniter is a type of ceramic igniter made from SiC ceramic material. It is commonly used in high-temperature ignition systems that require fast heat-up and repeated thermal cycling.
Depending on the application, the igniter can be made from SSiC, RSiC, or RBSiC. The suitable material will be selected based on temperature, oxidation resistance, and working conditions.
The typical ignition temperature range is 1100°C to 1450°C. The final design should be confirmed according to the ignition system and actual working environment.
The typical heat-up time is around 2 to 5 seconds. Actual performance depends on voltage, resistance, power design, installation method, and operating conditions.
Yes. Voltage, cold resistance, power, and surface loading can be customized according to the customer’s circuit design and ignition system requirements.
Common structures include rod type, plate type, U-shape, and other customized silicon carbide igniter designs. We can produce according to drawings or samples.
Yes. Silicon carbide ceramic igniters are suitable for pellet stove and biomass stove ignition systems where fast heat-up and repeated ignition cycles are required.
For quotation, please provide the drawing or sample, voltage, resistance, power, quantity, terminal design, installation method, and working environment. Photos of the existing igniter are also helpful.
You can contact us with your drawing, sample, or technical requirements. Our team will review the structure and provide a suitable manufacturing suggestion.
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