Successful Welding Process
Three things are crucial for an effective welding process, and they are:
- Time for welding.
- Welding current.
- Welding pressure.
The Figure shows how the energy input to the welding process, welding strength, and welding current differ with welding time.
The choice of welding time depends upon a few factors, such as, the type of welding, the thickness and piece of the material being welded, the size of the weld, and the required welding quality and efficiency. The welder should likewise consider the type of electrode, welding power source, and ambient circumstances. A longer welding time might be important for thicker material.
Electric Resistance Welding
In the past days, the process of metal welding should be possible by heating the metals and pressed jointly which is known as the forge welding method. In any case, as of now, the welding innovation has been changed by the arrival of electricity. In the nineteenth century, resistance, gas, and arc welding was invented. After this, there are various types of welding technologies have been imagined like friction, ultrasonic, plasma, laser, and electron beam welding. However, the uses of welding technology essentially include different industries.
In this article, we will be going through Resistance Wielding, We will start our Article with the Introduction of Resistance Wielding, Then we will go through the Working Principle of Resistance welding and With its Types, Then We will through its Specification, At last, we will conclude our article with its Advantages, Disadvantages, Applications, Comparison Between Resistance and Electric wield and Some FAQs.
Table of Content
- What is Resistance Welding?
- Working Principle
- Types
- Specifications
- Advantages
- Disadvantages
- Applications
- Resistance Welding Vs Electric Arc Welding