Are you planning to construct a home or a building? Do you want to install pipelines without getting them rusty over time? The best solution, we would recommend you in such a situation, is to use a suitable size galvanized pipe. But the question you might be asking yourself where is “can you weld galvanized pipe: 320?” because the galvanized pipes come with different textures and structures than the other pipelines.
There is no need to worry, panic, or be anxious any longer because we got your back and are here to support you, save the day, and be your own hero. We researched deep into this galvanized pipe matter to understand crucial and technical details, thoroughly analyzed them, and prepared a full sketch related to your concern so you do not put much effort into it and can quickly return to your work to finish it in time.
Galvanized pipe 320
Before getting to the main discussion of our today’s pick, we decided to take a look at the general explanation of galvanized pipe so it will be convenient for you to learn complex things later in this article and have a better understanding of the process.
Galvanized pipes were popular back in 1960 and were used as an alternative to lead pipes for the installation of water pipelines or supply lanes. Quality is the reason that galvanized pipe got so popular in the 1960s and is still used by people around the globe. Basically, galvanized pipes are made of steel pipes but they are coated with a protective zinc layer so the pipes can stay safe from rust and corrosion.
The applications of galvanized pipe include sewer pipelines, railing, fencing, irrigation system, scaffolding, and many other. For different purposes, you will find galvanized pipes in different variants such as we are going to discuss galvanized pipe: 320 in today’s guide.
How to weld galvanized pipe 320?
The answer to the question “can you weld galvanized pipe: 320” you have been looking for so long is yes. Yes, you can weld galvanized pipe: 320 but you must follow the right procedure for efficient results and a better experience. Also, you need to consider safety measures and precautions while welding galvanized pipes as it involves risks. Don’t worry. We have listed all of these crucial details for your convenience and safety.
Procedure: Welding galvanized pipe 320
The things or material you require for the procedure of welding galvanized pipe are listed as follow:
- Welding gloves
- Welding mask
- Welding apron
- Extra cloth
1: Setting up
The first step of the procedure of welding galvanized pipes after gathering all the materials is to set up the workplace according to your needs and the work to be done. Wear your welding protective gear that comes with welding gloves, apron, mask, and respirator. Next, set up a fume extractor at a very little distance from the place where you are going to weld. The fume extractor will immediately absorb all the fumes of welding so you do not feel suffocated.
2: Grinding the area
The next step you have to follow here is grinding the area of galvanized pipe to remove the zinc coating as it can prove to be dangerous while making contact with the pipeline welding machine. You can use sandpaper to manually grind the galvanized pipe or you can go with a low setting grinder to wear off the zinc coating. Grinding the galvanized pipe and wearing off the zinc coating will also help you get a perfect cut with complete accuracy and precision.
3: Placing the pieces together
The third step of the procedure is to place the steel pieces together. Set up your pieces according to your need. You must make sure the place you are using to weld is completely non-combustible and non-flammable to avoid any kind of accident or mishap. You can use a clamp to place the small pieces together for welding. If you want to weld a hole then keep the pipe on the surface with the hole facing up and start welding.
The next and most crucial part to follow in the procedure is to weld the pieces together by using an arc welder or other type of welder according to your work. First, you will have to choose a welding rod based on features and size that is compatible with your work. Use the arc welder in the place where the pieces meet. Start the arc welder by pressing the trigger and keep welding in a flow for the best and most efficient results. The advantage of an arc welder is that it does not create any sparks so you can work seamlessly for an effective experience.
You are almost done and the last step of the procedure is here in which you have to finish the welding task with a smooth surface. After completing the welding task, you must check it for bond and you should wait for about 15 minutes so the welding flux can settle down and take its place properly. Test for the bond, if it is strong, you are all done with the welding but you might need to repeat the procedure from step number 4 until the connection is not strong.