An introduction to the characteristics of silicon nitride igniters

The excellent performance of silicon nitride igniter is aimed at the working environment of high temperature, high speed and strong corrosive medium that often encounter modern technology. However, with the development of technology, the requirements for silicon nitride igniter are getting higher and higher. Traditional nitrogen Silicon nitride igniters can no longer meet people's needs, and people need safer and more convenient silicon nitride igniters. The existing silicon nitride igniter has some disadvantages when used.

It cannot be insulated. When used for a long time, the wires inside the insulating ceramic are heated and easily damaged. Secondly, when the silicon nitride ceramic heating element is stressed, it cannot fix the debris well, and the damage is prominent, which is easy to affect the normal use of other equipment. With the existing silicon nitride igniter, the external wires are easy to bend, and at the same time, the external wires are easily damaged by external influences, and cannot be replaced in time, which has a certain impact. Therefore, we recommend a safe igniter. What are the characteristics of

Silicon nitride igniter ? Let's analyze it together.

There are multiple sets of copper wires inside the copper mesh of the silicon nitride igniter, and the outer surface of the copper wires is provided with insulating rubber. There is an insulating pad between the corresponding pressure plate and the electric pin of the

Silicon nitride igniter , and the number of the electric pin and the pressure plate are two groups.

The outer surface of the insulating ceramic of the silicon nitride igniter has an external thread near the front, and the shape of the silicon nitride ceramic heating element is a box.

The silicon nitride igniter has a reserved slot near the connecting wire inside the outer wire, and the insulating ceramic has a wire slot inside.

The outer surface of the silicon nitride igniter has external threads, and the inner and outer surfaces of the guide groove have internal threads.

The invention discloses a safe igniter comprising insulating ceramics. Here, the inner center of the insulating ceramic is a placement groove, and a silicon nitride ceramic heating element is embedded inside the placement groove. The present invention is a safe silicon nitride igniter with a porous ceramic plate, copper wire mesh and electrical pins to isolate heat and prevent temperature transfer to the interior of the insulating ceramic. The temperature can be concentrated on the insulating ceramic, affecting the normal operation of the internal wires and improving safety.

Silicon nitride igniterWhen broken, the copper wire mesh acts as a temporary connection to avoid silicon nitride ceramics, which not only affects the normal use of other equipment, but also prevents external wires from being entangled with each other during installation, affecting later use, and can be easily replaced Damaged external wires provide better prospects for use.