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All Type of Welding Which I Know | All different types of welding information

My Real Explanation from welding site Experience

When I first entered the welding field, I thought welding meant only one thing rod lagao, arc chalao, joint jodo. That was my very basic understanding but after working in fabrication shops, training centers, and project sites, I slowly understood that welding is a big world. There are many types of welding processes, and each one has its own use, method, advantage, and difficulty level.

All types of welding
All types of welding

I did not learn all this in one day or from one book. I learned step by step by watching seniors, doing practice, making mistakes, and asking questions. In this post, I am sharing different types of welding which I personally learned and understood during my journey. I will explain in a simple human language not a technical book style so even a beginner can understand and this is from my real working experience.

Why Knowing Different Welding Types Is Important

Many new welders focus only on one process and ignore others. I also made the same mistake in the beginning but later I realized if you understand multiple welding -, your job chances increase and your confidence also increases.

Different jobs need different welding types shop fabrication may use one process. Pipe work may use another thin sheet work uses something else repair work uses something else. If you know only one your options are limited if you know many your value increases and that’s why I started learning different welding types seriously.

1.SMAW Welding My First welding Base

This was the first welding process I learned properly it is also called stick welding. In this method we use a coated electrode rod and an electrode holder arc forms between rod and metal, and weld is created.

This process is very common in fabrication and site work because:-

  • Machine is simple

  • Setup is easy

  • Outdoor use possible

  • Wind problem less

  • Good for thick material

My early days were full of SMAW practice. I learned arc control, slag cleaning, bead shape, and restart technique all from this process. It is not the fastest process but it builds a strong welding foundation hand control that improves a lot with stick welding. Even today, many critical repair and structural jobs use SMAW.

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2.MAG Welding Fast Production Process I Learned in Shop

After SMAW, I learned MAG welding in fabrication shops that uses a continuous wire feed and shielding gas. Torch is used instead of rod holders and this process is faster than stick welding and mostly used for carbon steel production work.

What I noticed in MAG welding:

  • Speed is higher

  • Bead is smoother

  • Slag is not there like SMAW

  • Spatter depends on settings

  • Gas flow is very important

At first my torch control was poor. Stick-out distance and angle control took time to learn. But once I got control, I enjoyed the smooth running arc. MAG is good for production lines and long weld runs.

3.MIG Welding Similar to MAG but Gas Difference

Practically, MIG and MAG machines look similar. The main difference is gas type and application. MIG usually uses inert gas and is used for non-ferrous metals like aluminum and stainless (depending on setup). I got limited but useful exposure to MIG-type setup during light fabrication work.

My learning from MIG-type welding:

  • Clean surface is very important

  • Travel speed matters a lot

  • Heat control needed for thin sheets

  • Burn-through risk on thin plate

4.TIG Welding Most Difficult welding types

TIG welding was the most difficult process for me to learn initially. It needs both hands one for torch, one for filler rod. Foot or hand control for current may also be used depending on the machine. This process gives very clean and high-quality weld when done properly.

My experience with TIG:-

  • Control required is high

  • Movement must be very smooth

  • Gap control important

  • Cleanliness critical

  • Slow but beautiful weld

I struggled at first because coordination of both hands was not natural. But after practice, I understood the rhythm. TIG is used where weld appearance and quality are very important like stainless and root passes in some cases.

5.FCAW Wire Welding Flux Core

I also saw and practiced Flux Cored Arc Welding in some jobs. It looks like MIG/MAG because it uses wire feed, but wire has flux inside.

What I noticed in FCAW:

  • Good penetration

  • Suitable for thicker sections

  • Slag present

  • Good for heavy fabrication

  • Productivity is high

6.Gas Welding Still Useful in Some Areas

Gas welding is an older method using oxygen and fuel gas flame. I did not use it heavily in production work, but I learned basics and saw it used in repair and thin work. Even if not common in big fabrication now, it is still useful knowledge.

Gas welding information before use :-

  • Flame control matters

  • Heat spreads wider

  • Good for thin metal

  • Slow process

  • Needs flame balance skill

7.Spot Welding Sheet Metal Joining Method

I observed spot welding mostly in sheet metal type work. It is not like arc welding. It uses pressure and electric current between electrodes to join sheets at points and operator control is less compared to manual arc welding.

My observation on spot welding types :-

  • Very fast

  • No filler rod

  • Used in sheet fabrication

  • Mostly machine controlled

8.Position Welding More Important Than Process

One big realization in my journey process is important, but position is equally important. Same welding process becomes difficult when position changes.

All welding Positions I practiced and saw in real work:

  • Flat

  • Horizontal

  • Vertical

  • Overhead

Vertical and overhead positions separate beginners from serious welders. Pool control becomes a real test there many welders know the process but avoid positions that limit their growth.

9.Pipe Welding Different types Welding

Pipe welding is a different game. Joint is round, movement is circular, position keeps changing while welding. I got exposure through observation and some guided practice.

Pipe welding needs this following :-

  • All Position control

  • Hot Root pass skill

  • Pipe Gap control

  • Material Heat balance

  • Again Restart skill

Pipe welders are usually more valued because difficulty level is higher.

Pipe Root Pass & Fill Pass & Cap - pipe welding

Earlier I thought welding is one-pass activity. Later I learned multi-pass welding structures Different passes need different control and sometimes different parameters and understanding pass sequence improved my weld planning.

  • Root pass — first fusion base
  • Fill passes — build strength
  • Cap pass — top finish

What Changed After I Learned Multiple Welding Types

After learning different welding types, I noticed:

I understood machine behavior better
 I adjusted parameters faster
 I respected preparation more
 I became less process-dependent
 I became more adaptable

Adaptable welders survive better in industry.

My Mistakes While Learning Different Processes

I made many mistakes while learning new welding types to explain to you in point :-

  1. Tried to use same speed everywhere
  2. Ignored parameter charts
  3. Did not clean metal properly
  4. Held a torch like stick holder
  5. Used wrong angle

Mistakes were many but each mistake gave one lesson practice make you better than better.

How I Approach a New Welding Process Now

Now whenever I see a new welding setup, my approach is simple:-

  • Observe first
  • Ask parameter range
  • Check base material
  • Watch one demo
  • Start slow
  • Adjust after bead check
all welding positions
all welding positions

My Advice for New Welders About Welding Types

From my real experience, I suggest:-

  • Master one process first
  • Then learn second
  • Then learn positions
  • Then learn multi-pass control
  • Then learn WPS reading

Knowing 5 processes at beginner level is less useful than knowing 2 processes deeply. Depth matters more than count. Remember industry respects dependable welders not name collectors.

Why I Still Keep Learning welding

Even now, I don’t say I know everything. Every site, every project, every supervisor teaches something new. Welding is practical science learning never stops. If ego stops learning continues. Welding is not about how many processes you know it is about how well you control the one you are using.

My Final Thoughts

Different types of welding are not just different machines they are different control styles, different heat behaviors, and different skill tests. I learned them slowly through real work, not fast through theory.

From stick welding to MAG, from TIG struggle to position control each process added one layer to my confidence.

If you are entering welding field, don’t get confused by too many names. Start with one. Practice seriously. Then expand step by step. That is what my real journey taught me.

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