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welding sintered metal

In beginning to weld sintered metal, there are a few things that you need to be familiar with, regardless of whether you will be using a welding  equipment and metal powder welding or a torch. A few examples of these are how to properly prepare the metal to be welded, how to stop drift from occurring, and what welding directives to follow.


In order to produce a decent weld, preparation is absolutely necessary no matter what kind of weld you are doing. By taking the necessary precautions and following the correct procedures throughout the welding process, it is possible to ensure quality results, reduce costs, and increase performance.

Making certain that the base material is thoroughly clean is the initial step in the process of welding sintered metal. Welds are susceptible to suffering from the effects of impurities. For instance, the vulnerability to hydrogen cracking might be made worse by the presence of moisture and carbon pollution. In a similar vein, oxidation can lead to localized areas of excessive warmth. In the end, it is necessary to get rid of these contaminants in order to guarantee good weld penetration as well as strong and dependable welds.

Cutting the sintered metal is another important stage in the brazing welding wire process. At this point, the foundational material is sculpted into the desired form for the welding electrode. There are many different tools that can be used to accomplish this task. The type of material as well as your specific needs will determine which tool is best suited for the task.

Why choose TIJO Metal Materials welding sintered metal?

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High-voltage power supply for electron beam welding machine

When compared to traditional power supplies, the high-voltage power supply for electron beam welding machines is significantly more compact and features a smaller footprint. However, the particulars of this power supply are determined by a number of distinct technological factors. These characteristics include the ripple coefficient, ripple control, electromagnetic compatibility norms, and the soft start function.

In most circumstances, the acceleration voltage for the electron gun is provided by the power supply. The acceleration power supply typically has a voltage that ranges from sixty to one hundred fifty kilovolts. During the welding cycle, it is possible to make manual adjustments to the accelerating voltage. The product of the beam current and the accelerating voltage gives the power density of the system.

It is possible to alter the power density in accordance with the various physical features of the materials. In cases where the components were made of iron, demagnetization was performed. On the other hand, there is not an excessive amount of heat input in metal welding. It's possible that the power density is higher. The amount of heat that is input is also affected by the diameter of the beam.

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