Forge Welding: Principle, Working, Application, Advantages and Disadvantages

Today we will learn about forge welding principle, working, application, advantages and disadvantages. Forge welding is a solid state welding process in which metal joint is created due to inter-molecular diffusion. As we know, forging is a technique of shaping any metal by application of high pressure and temperature. This welding process uses fundamental technique of forging to weld similar or dissimilar metals. it has been used from a very old period to join iron or steal work pieces. It was a simplest process of joining two metals in ancient time but now it has replaced by other more suitable and simplest welding processes like arc welding and gas welding. 

Forge Welding:

Principle:

As we discussed, forge welding is a solid state welding process in which both the plates are heated quite below its melting temperature. This heating deforms the work pieces plastically. Now a repeated hammering or high pressurize load is applied on these plates together. Due to this high pressure and temperature, inter-molecular diffusion takes place at the interface surface of the plates which make a strong weld joint. This is basic principle of forge welding. One of the basic requirement of this types of welding, is clean interface surface which should be free from oxide or other contaminant particles. To prevent the welding surface from  oxidation, flux is used which mixes with the oxide and lower down its melting temperature and viscosity. This allow to flow out the oxide layer during heating and hammering process.

Working:

Forge welding was one of the most applied welding method in ancient time. This is a fundamental welding process of all solid state welding. Its working can be summarized as follow.

Forge Welding: Principle, Working, Application, Advantages and Disadvantages

Application:

Advantages and Disadvantages:

Advantages:

Disadvantages:


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