There are many application fields of alumina wear-resistant welded flat orifice plates. Now we analyze its application direction through its own structural characteristics.
Alumina wear-resistant welded flat-hole plate has one or more round holes in the middle of the ordinary ceramic plate. The function of this round hole is to connect the ceramic plate with the working surface through the electric welding process. We all know that ordinary porcelain plates can be glued with a single tap. Why do we need to weld them? Because in many cases, the working environment of ceramic plates is very harsh, with high temperature, impact, vibration. The ordinary connection method is easy to fall off, and then the welding wear-resistant ceramic liner was developed. The use of the rigid and high-strength connection method of welding makes it work in a variety of harsh environments.
Now that we know the detailed connection principle of the alumina wear-resistant welded flat orifice plate, we can know its application direction:
1: Alumina wear-resistant welded flat orifice plates are resistant to high temperatures. Ordinary glued boards generally work at about 100 degrees Celsius. Even if high temperature glue is used, they can only work at about 300 degrees Celsius, but this type of weldable board can withstand higher temperatures, which greatly broadens the scope of use.
2: Alumina wear-resistant welded flat plates with holes are resistant to vibration, and the adhesion of ceramic glue is limited, and it is easy to fall off if it is worked for a long time in a vibration environment.
3: Alumina wear-resistant welded flat orifice plate is impact resistant, which is similar to a vibration environment.
