Silicon Carbide Hot Surface Igniter For Equipment Ignition

The core element of silicon carbide hot surface igniter is silicon carbide discharge unit, which is made of high purity silicon carbide ceramics. Through the power supply control, the silicon carbide discharge unit gets charged first and then discharges. When discharging, the local high temperature and high pressure environment is generated to burn the fuel and complete the ignition operation.

Brand:
ATCERA
Item NO.:
AT-SIC-DS001-0840

Materials
SiC
Shapes
Mechanical Parts
Applications
Mechanical Parts

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Properties of Silicon Carbide Hot Surface Igniter

1. Silicon carbide hot surface igniter has high thermal conductivity, high temperature resistance, good thermal shock resistance, good ignition effect and long service life.

2. Silicon carbide hot surface igniter has good corrosion resistance and will not fail due to condensate corrosion of exhaust gas.

Applications of SiC Hot Surface Igniter

Silicon carbide hot surface igniter can be used for domestic gas stove, gas dryer, gas water heater, also can be applied for industrial burner, kiln and other equipment ignition.

1. Household gas equipment

Silicon carbide hot surface igniter can be used for household gas stove, dryer, water heater and other equipment ignition, ignition speed, good effect, can effectively improve the product user experience.

2. Industrial equipment

Silicon carbide hot surface igniter can be used for industrial burner, kiln and other equipment ignition, corrosion resistance and thermal shock resistance is good, stable and reliable work, long service life.

5. Laboratory analysis: testing under high temperature conditions, as well as thermal analysis.

Size Chart for Silicon Carbide Hot Surface Igniter

We are committed to delivering prime silicon carbide igniters tailored to your exact specifications. Our dedicated team ensures meticulous adherence to your instructions, striving to exceed customer expectations. Additionally, we offer the flexibility of customized sizes to accommodate your unique requirements.

Drawing, specification requirement and usage scenario information shall be provided if customized design request.

Send Requirements for Custom Design

SiC Igniter BC-STDS Series
Item no.	Model no.	Remark
AT-SIC-DS001-0840	SIC-DS001-0840	The STDS series utilizes high-quality dense silicon carbide sintering technology, resulting in a longer service life, firmer physical strength, lower energy consumption, and superior ignition performance for the igniter. The STD universal single-package series igniter can replace approximately 99% of silicon nitride igniters in all fields. The current range is between 2.0-4.2A, and the ignition time can be customized according to customer requirements.
AT-SIC-DS401-0930	SIC-DS401-0930
AT-SIC-DS402-0922	SIC-DS402-0922
AT-SIC-DS406-0928	SIC-DS406-0928
AT-SIC-DS408-0922	SIC-DS408-0922
AT-SIC-DS409-0922	SIC-DS409-0922
AT-SIC-DS412-0928	SIC-DS412-0928
AT-SIC-DS403-0932	SIC-DS403-0932
AT-SIC-DS001-1850	SIC-DS001-1850
AT-SIC-DS002	SIC-DS002

SiC Igniter BC-STDC Series
Item no.	Model no.	Remark
AT-DC033-0905	DC033-0905	The stainless steel elastic shockproof metal frame enhances the strength and reliability of the ignition core. It is the preferred choice for customers in applications with vibrations, both in installation and usage. The incorporation of an elastically designed metal frame significantly reduces the vibration transmitted to the ignition core. Compared to flat-plate silicon carbide igniters, the threaded design greatly improves strength. The combination of high-quality dense silicon carbide sintering technology and a double-helix design further ensures a longer service life, firmer physical strength, lower energy consumption, and superior ignition performance. The current range is between 2.1-3.4A, significantly reducing energy consumption, extending service life, and exhibiting strong ignition capability with low brittleness risk. Different ignition times provide customers with broader options.
AT-DC035-0925	DC035-0925
AT-DC036-0913	DC036-0913
AT-DC034-0921	DC034-0921

SiC Igniter BC-STFC Series
Item no.	Model no.	Remark
AT-SIC-FC037-0929	SIC-FC037-0929	The stainless steel elastic shockproof metal frame enhances strength and reliability, making it the preferred choice for both installation and application in vibrating environments. The STFC series offers various elastic metal frame designs, compatible with different types of burners on various gas appliances. The combination of high-quality dense silicon carbide sintering technology and a double-helix design ensures longer service life, firmer physical strength, lower energy consumption, and superior ignition performance for the igniter. The current range is between 3.0-3.6A, and different ignition times offer customers broader selection options.
AT-SIC-FC069-0929	SIC-FC069-0929

SiC Igniter BC-STFF/STFS/STFY Series
Item no.	Model no.	Remark
AT-SIC-FF003-0923	SIC-FF003-0923	Primarily used in HVAC systems for indoor temperature regulation and indoor heating furnaces.
AT-SIC-FF003	SIC-FF003
AT-STFS003	STFS003
AT-STFY011	STFY011

SiC Igniter STRC Series
Item no.	Model no.	Remark
AT-SIC-RC032-0921	SIC-RC032-0921	Primarily used in household ovens.
AT-STRC1	STRC1
AT-STRC2	STRC2
AT-STRC3	STRC3
AT-STRC4	STRC4
AT-STRC5	STRC5

SiC Igniter STNR Series
Item no.	Model no.	Remark
AT-SIC-NR001-0927	SIC-NR001-0927	The STNR series igniters are primarily used in gas ovens. With a current range of 3.2-3.6A, they offer the perfect pairing with Eaton/Slebe 4100 series gas valves. The square high-temperature resistant nickel-containing sheath design shares the same installation method as competing products, ensuring remarkable interchangeability with similar products in terms of both structural and electrical performance.
AT-SIC-NR006	SIC-NR006
AT-SIC-NR033-0919	SIC-NR033-0919
AT-STNR1	STNR1
AT-STNR2	STNR2

SiC Igniter STRS Series
Item no.	Model no.	Remark
AT-STRS1	STRS1	The STRS series igniters are primarily used in gas ovens and supplied to OEM manufacturers. With a current range of 2.5-3.0A, they offer lower operating temperatures and significantly extended service life. The high-nickel, high-temperature resistant circular sheath design improves structural strength and facilitates convenient installation, exhibiting clear advantages compared to competing products. They are particularly suitable for household ovens due to their continuous usage and high demands on igniter lifespan. Both the wires and sheaths are designed for high-temperature resistance, ensuring they remain effective even in high-temperature baking environments. They are compatible with Eaton/Siebe 1400 gas valves.
AT-STRS2	STRS2
AT-STRS3	STRS3

Technical Data of Silicon Carbide Materials

Item		Unit	Index Data
Item		Unit	Reaction-sintered SiC (SiSiC)	Silicon Nitride Bonded With SiC (NBSiC)	Sintered SiCn Without Pressure (SSiC)
SiC Content		%	85	80	99
Free Silicon Content		%	15	0	0
Max. Service Temp.		℃	1380	1550	1600
Density		g/cm3	3.02	2.72	3.1
Porosity		%	0	12	0
Bending Strength	20℃	Mpa	250	160	380
Bending Strength	1200℃	Mpa	280	180	400
Modulus of Elasticity	20℃	Gpa	330	220	420
Modulus of Elasticity	1200℃	Gpa	300	/	/
Thermal Conductivity	1200℃	W/m.k	45	15	74
Coefficient of Thermal Expansion		K-1×10-6	4.5	5	4.1
Vickers Hardness	HV	kg/mm2	2500	2500	2800

*This chart illustrates the standard characteristics of the silicon carbide materials commonly employed in the manufacturing of our SiC products and parts. Please be aware that the attributes of customized silicon carbide products and parts may vary depending on the specific processes involved.

Usage Instructions

1. Select appropriate type and parameters of silicon carbide heating elements according to the needs of the application to ensure that the installation size, heating temperature and other requirements are met.

2. During transportation and installation, avoid violent vibration and impact, so as not to break the SiC igniter. During installation, ensure that the circuit connection is firm and does not fall off.

3. Do not operate in an environment beyond the rated temperature, and avoid contact with high concentration harmful gases.

4. It is necessary to check the status of silicon carbide igniter regularly, if there are surface cracks, poor ignition effect and other faults, it needs to be replaced in time.

5. Silicon carbide igniter should be prevented from moisture when stored, so as not to affect its performance.

Valuable Information

Silicon Carbide Hot Surface Igniter Packing

SiC Hot Surface Igniter Packing

Silicon carbide hot surface igniters are carefully packaged in appropriate containers to avoid any potential damage.

Customization Advantages

1. According to your application scenario, analyze the needs, choose the appropriate material and processing plan.

2. Professional team, quick response, can provide solutions and quotations within 24 hours after confirming the demand.

3. Flexible business cooperation mechanism, support at least one piece of quantity customization.

4. Quickly provide samples and test reports to confirm that the product meets your needs.

5. Provide product use and maintenance suggestions to reduce your cost of use.

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In addition to ceramic products, we also provide a range of additional services, including but not limited to: customized ceramic processing services based on your needs, using blanks or semi-finished blanks produced by yourself; if you are interested in outsourced ceramic packaging and metallization services, please contact us for further discussion. We are always committed to providing you with a one-stop solution to meet your various needs.

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