Dare to ask which form of ignition equipment is most widely used in industrial boilers and deflecting torches? The answer is of course high-energy igniter / high-energy igniter , mainly because of the unique advantages of this high-energy igniter. Forefront.
Advantages of high-energy igniter / high-energy ignition device: The ignition principle is derived from the ignition of aircraft spark plugs. The principle of semiconductor discharge is used. It is resistant to moisture, oil, carbon, and impact. The ignition head is made of high-temperature alloy for long-term resistance. The temperature is 1300 ° C. The main thing is that this kind of igniter does not need to adjust the ignition distance for ignition. As long as it is installed and fixed, it can be ignited. The discharge between the previous electrodes has a strong advantage. When the ignition electrode is ignited, the distance between the two electrodes must be adjusted to approximately 3-5mm. If it is too large or too small, it will not catch fire. The most troublesome thing is that the ignition electrode encounters oil. Or the carbon will not catch fire if it is used for a long time, and it must be removed for cleaning before it can be used.
Xi'an Ranxin Thermal Energy produces high-energy igniters / high-energy igniters. It has 15 years of industry experience and has its own research and development team. The products produced can fully meet the needs of the market and customers. The product is guaranteed for one year. We will repair or replace the quality problems free of charge, and complete after-sales service to resolve all your concerns after purchase. Please refer to Xi'an Ranxin Thermal Energy for purchase. Xi'an Ranxin Thermal Energy Service Hotline: 029-68822180
Xi'an Ranxin Thermal Energy Engineering Technology Co., Ltd., located in Xi'an, is a high-tech company engaged in the design, development, production, sales, installation and commissioning of electronic ignition equipment, flame detection equipment, and automatic control systems for ignition and combustion processes .