How to avoid gas leakage when using Electronic Open Flame Lighter?

Electronic Open Flame Lighter is widely used in various occasions for its advantages such as easy operation, safety and reliability. However, during use, improper operation or equipment failure may cause safety hazards such as gas leakage. So, when using Electronic Open Flame Lighter, how can we avoid gas leakage?
Make sure that the connection between the igniter and the gas equipment is tight and reliable. During the installation process, we need to operate according to the product manual and installation specifications to ensure that the connection between the igniter and the gas equipment is not loose or leaking. At the same time, during use, it is also necessary to regularly check the tightness and sealing performance of the connection. If the connection is found to be loose or leaking, stop using it immediately and contact a professional for repair.
Check the status of the gas equipment before use. Before ignition, we need to ensure that the gas equipment is in the off state, and check whether the gas pipeline and valve are intact and leak-free. If the gas pipeline or valve is found to be damaged or leaking, stop using it immediately and contact the gas company or a professional for repair.
Pay attention to the use of the igniter during operation. When using the Electronic Open Flame Lighter, we need to follow the operating steps in the product manual. Avoid pressing the ignition button for a long time or frequently trying to ignite to avoid damaging the igniter or causing gas leakage. At the same time, after the ignition is successful, the ignition button should be released immediately to avoid safety hazards caused by long-term burning.
In addition, we also need to pay attention to the maintenance and care of the igniter. Clean the dirt and dust on the surface of the igniter regularly to keep it in good working condition. At the same time, avoid exposing the igniter to harsh environments such as humidity and high temperature to avoid damaging its internal components or affecting its service life.