MIG VS. STICK WELDING

Many people ask, “What is the difference between MIG and STICK Welding?” These two processes have some similarities. Both processes use electric arcs to generate heat and assemble metal objects. Whether you are unfamiliar with it or just need a quick update, keep reading to find the difference between MIG welding and STICK welding.

MIG VS STICK WELDING

Our expert team compared it with other key constraints:

1. Welding quality

MIG welding is more often of a better quality than welding sticks. However, in, difference, MIG needs higher temperature and the surface needs to be painted and rust free not to affect the heat penetration. Where stick welding produces stronger joints than MIG.

2. Internal and External Applications

MIG uses of protective gas, it can only be done indoors. However, welding stick can emit a lot of smoke, which means good ventilation is needed to protect the welding machine.

3. Types of Metal and Size

MIG welding can be done with different types of metal, as long as the surface areas are clean. MIG can be used for small metals. However, MIG welding is not good for thick metals. In contrast, stick welding does not work well with thin metals, as it can cause burns.

4. Applications

MIG is a clean and fast process, making it ideal for a range of applications from small projects to large industrial operations. However, MIG is not suitable for extreme or adverse conditions and for heating of thick materials. In these cases, stick welding is the preferred method.

5. Easy to use

Although stick welding is not the most difficult skill to learn, MIG welding is the easiest way to take it.

6. Depression

Stick welding machines are treated more efficiently than MIG welding, as they do not require an external protective gas source.

7. Expenses

MIG welding machines are more expensive, although when done on an industrial scale, MIG welding becomes more expensive due to factors such as product development.

 

Conclusion

There are many important differences between MIG and stick welding, which include the ease of technique, the size of the components that can be easily assembled, and the welding quality. Stick welding is not suitable for welding small objects and MIG welding is not suitable for thick welding. Each type of welding process has its advantages and disadvantages, which means that both are effective when conditions and applications are appropriate.