This igniter is made of silicon nitride ceramic material. It operates at a voltage of 230V and a power of 300W. It can reach a temperature of 1000℃ within 30 seconds, with a maximum temperature range of 1100 to 1200℃. The design features high power density, which enhances thermal efficiency. It also has excellent insulation, oxidation resistance, and chemical corrosion resistance, and can be adapted to vacuum environments or directly exposed to water, kerosene, etc.
Specification：
| Model | Material | Voltage / Power | Size | Ceramic Socket (Ceramic) | Ceramic Socket (Metal Kit) | Wire |
|---|---|---|---|---|---|---|
| INC-H6 | Silicon Nitride | 230V 300W | 90 × 10.8 × 3.9 mm | OD17.5 × 32 | – | 300-500 mm (length and type can be customized) |
Core Advantage：
Not Afraid of Ashes: Will not short circuit when in contact with ashes or clamps
Sturdy and Durable: Mechanical shock resistance is doubled
Resistant to High Temperatures: Can withstand continuous burning of granular fuels
Quick Ignition: Black quartz crystal igniter reaches over 1000°C within 10 seconds
Simplified Maintenance: Significantly reduces the frequency of cleaning and replacement
Applications:
Ignition of biomass boilers / Ignition of straw incinerators
Ignition of gas and fuel (such as natural gas)
Treatment of vehicle exhaust and industrial waste gas
Heating of gases (air, working gas)
Fireworks generator
Soldering equipment
Heater for corrosive environments
Customized special heating elements / heating systems for laboratories
Heating of molds and tools
Barbecue charcoal igniter
Frequently Asked Questions
What is a silicon nitride quartz igniter? How does it differ from traditional ceramic igniters?
A silicon nitride quartz igniter is an advanced heating device made from high-strength silicon nitride ceramics, designed for rapid fuel ignition. Unlike traditional ceramic igniters, it features superior thermal shock resistance, reaching up to 1000°C within 10 to 30 seconds. Additionally, it offers higher energy efficiency, is completely resistant to short circuits when in contact with ash, and provides a significantly longer service life under harsh conditions.
What are the main applications of silicon nitride igniters? Can they be used in wet or corrosive environments?
These igniters are primarily used in pellet grills, biomass boilers, waste gas treatment systems, and gas burners. Thanks to their excellent electrical insulation, oxidation resistance, and chemical stability, they can operate reliably in vacuum environments and survive direct exposure to water, kerosene, or highly corrosive industrial atmospheres.
