The safety of a gas stove begins the moment it is ignited. The igniter, this seemingly insignificant component, is actually the first line of defense for safeguarding the safety of your home kitchen.

What are the mainstream ignition technologies at present?

Piezoelectric ceramic ignition (old-fashioned) : Electric sparks are generated through mechanical impact. The advantage is that it does not require a battery, but the disadvantages are obvious: the ignition success rate is affected by the pressing force and speed, and it is prone to failure due to the fatigue of the ceramic plate.

Pulse electronic ignition (modern mainstream) : Utilizing electronic circuits to generate continuous electric sparks. It has a higher success rate and is more stable, making it the top choice for modern gas stoves.

What risks might a malfunctioning igniter bring?

Gas accumulation risk: If the igniter malfunctions, multiple attempts to ignite may cause unburned gas to accumulate around the stove. Once ignited at this point, it may trigger an explosion, which is extremely dangerous.

Safety hazard: If the user fails to turn off the gas source in time after ignition failure, it will cause continuous gas leakage.

How to determine if the igniter needs attention?

The spark is weak and the frequency is slow when igniting.

Only a "tap-tap" sound could be heard, but no sparks could be seen at all.

It takes many attempts and a long time to light the fire.

Safety is no small matter. Each of our gas stoves undergoes aging tests and safety checks on the igniters before leaving the factory to ensure their long-term stable operation. We not only offer you convenience, but also ensure the safety of you and your family.