Alumina Ceramic Pellet Stove Igniter
Product Description
Product Detail
Alumina Ceramic Pellet Stove Igniter
Alumina ceramic pellet stove igniter, also known as ceramic ignition electrode, is a kind of ignition component used in pellet stoves. It is made of high-purity alumina ceramic material, which has good insulation performance and high temperature resistance. The igniter consists of a conducting rod and a ceramic insulator with a metal clamp. When connected to the electrical power source, the spark generated by the rod ignites the wood pellets in the stove.
This type of igniter is preferred by many pellet stove manufacturers for its durability and reliability. Its high-temperature resistance and corrosion resistance make it suitable for use in harsh environments. Additionally, the ceramic material is easy to clean and does not deteriorate over time, which means it can provide long-term and consistent performance.
The Torbo®
Item:Wood pellet igniter
Application:Wood pellet stove,wood pellet boiler,wood pellet burner,wood pellet grill,wood pellet furnace,wood pellet smoker
Model:GD-3-222
Material:Hot Pressed Silicon Nitride
Voltage:120V,230V
Power:200W,250W,300W,350W,400W
17.7mm ceramic flange with blowing hole
Silicon nitride body size:10.8x3.8x90mm;total length:122mm
Holder:alumina ceramic
Lead Wire:450℃ resistence(UL certified) ,length:as requested.
CE and RoHS certified
Advantage:
The Torbo® pellet igniter manufactured in China has an impressively long lifespan with no breakages even after 50,000 cycles of 3 minutes on and 3 minutes off. Its efficiency is remarkable, reaching 1000℃ in just 40 seconds. It has a stable and reliable thermal function, keeping a steady temperature of 1100-1200℃ with no attenuation or aging。Additionally, it is highly durable and tough, with excellent strength and resistance to oxidation and corrosion. The Torbo® pellet igniter is certified by both CE and RoHS, ensuring the highest standards of quality and safety.
Phone:+86-13567371980
Fax:+86-573-87862000
Email:henry.he@torbos.com