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    How to make a katana sword

    how to make a katana sword

    MAKING a Katana-Samurai Sword From Scrap!

    May 26,  · Strike the substance with a hammer, turning it as you forge. You will need to reheat the substance during the forging Bend and chisel the substance on the anvil to form the blade shape. Target your hammer strikes to help shape the blade. Forge the sword tip 77%(). Entire process of making a katana sword is delicate as the object itself is of high value and respect. Once these things have been completed, the sword is cooled and then sharpened to the extreme level. The sword is then decorated and handles are added to it.

    Katana swords have a very sleek and attractive look with their curved shape, makw have a length of katanw than sixty centimeters. Katana swords are often recognized for their strength and sharpness which lasts for a very long time.

    There is in fact a secret in making samurai swords, one that probably took hundreds of years katan perfect. Metal through which the sword is manufactured has to be folded a few dozen times at least during the initial process. This is then turned in to the final blade. Once the final sword is made, it is of such great strength that maie can easily cut a man into two pieces with a single blow only. This katana sword has two types of steel in it: the core of the sword contains steel which is normally flexible, while the outer coating has a great strength and is nearly unbreakable.

    As mentioned, during the forging process the metal is folded as many as hundred times which is responsible for the strength it acquires. This forging process only starts with kataha single layer of steel, which is heated and increased in length and folded into half. Tk same process is repeated continuously until it reaches up to a certain length.

    Four steel bars are used for making a single piece of katana blade. This is thought by some to be the idea which mske birth to the folded steel concept x Japanese samurai sdord. Next the surface steel is folded and the core is then inserted in between. The inner material is a soft ktaana of metal which has been laminated in order to resist breaking. The exterior has a compact material formed by mixing different materials to make it attain a compact structure. Heat is then applied and lets the surface coating completely cover the core.

    Once the two type of steel has been fused, the job for the sword manufacturer is to apply heat to it continuously until it gets the desired shape of a sword. For this to be done a proper temperature must be maintained. Entire process of making a katana sword is delicate as the object itself is of high value and respect. Once these things have been completed, the sword is cooled and then sharpened makee the extreme level. The sword is then decorated and handles are added to it.

    There are also ornaments and fittings which are added to the Katana sword which further increases its value. The end result is a unique katana worthy of respect and admiration. This is just a short and fairly unimpressive description of how a katana is forged. For how to copy contacts from iphone to pc using itunes more detailed overview I suggest you watch the videos below.

    The following videos are unfortunately what is cheracol robitussin ac low quality, but well worth watching!

    Do note that proper maintenance tl an extremely important issue if you own a high-quality sword. The sword needs to be stored under certain conditions, oiled, and polished regularly among other things, otherwise it may begin to rust.

    I do hope this post helped you gain insight into just some of the complex methods and techniques used by master sword smiths over developed and refined over the centuries. Crafting a high-quality samurai sword is a difficult process, which is why high-end handmade swords often costs a few thousand dollars. Your email address will not be published. Save my name, email, and website in this browser for the next time I comment. Leave a Reply Cancel reply Your email address will not be published.

    Step 1: Watch the Video

    MAKING a Katana-Samurai Sword From Scrap! Step 1: Watch the Video. If playback doesn't begin shortly, try restarting your device. Videos you watch may be added to Step 2: Making the Forge and Forging the Blade in It.. I used some bricks and clay to make the forge for this Sword. Step 3. Mar 13,  · Making Katana from Scraps - YouTube. For this project I decided to use things and old scraps I found at home. Everyone dreams to have a katana and I made my own!:D I am looking forward to make.

    Last Updated: May 8, References. To create this article, 28 people, some anonymous, worked to edit and improve it over time. There are 7 references cited in this article, which can be found at the bottom of the page. This article has been viewed , times. Learn more A samurai sword, or katana, is a curved, single-edged sword first worn by Japanese warriors in the 13th century.

    Follow the steps below to forge your own samurai sword. Log in Social login does not work in incognito and private browsers. Please log in with your username or email to continue. No account yet? Create an account. Edit this Article. We use cookies to make wikiHow great.

    By using our site, you agree to our cookie policy. Cookie Settings. Learn why people trust wikiHow. Download Article Explore this Article Steps. Tips and Warnings. Things You'll Need. Related Articles.

    Purchase or find a piece of steel about 2 inches 5. Heat the steel in a furnace or open hearth. You must heat the material to temperatures nearing 1, degrees F degrees C to make it malleable for forging and to remove impurities. During the heating process, substances like sulfur and silica will oxidize and separate from the iron, creating slag. The removal of slag greatly strengthens the steel.

    Pull the heated material from the hearth when it becomes a yellow-orange hue and put it on an anvil. Forge the steel. You will need to reheat the substance during the forging process to keep it malleable.

    Bend and chisel the substance on the anvil to form the blade shape. Target your hammer strikes to help shape the blade. Focus on the basic proportion of the blade initially. Forge the sword tip once you are satisfied with the basic blade shape, and then work on curvature and bevels. Bevel the blade in two sections: a long, sharp bevel extending to the tip of the sword provides the cutting edge of the sword and the shorter, thicker section runs along spine of the sword.

    Taper the blade on the end that will join with the handle. Shape the blade. Use grinders and files to form the final shape of the blade. Treat the blade with a special clay mixture. Coat the spine of the blade with the mixture, leaving the edge largely untreated.

    This will help make the spine flexible and the edge sharp. Reheat the blade in the forge. Quench the steel. This process both cools and hardens the substance. Immerse the blade in water or oil along the edge and tip first. This method has a dual purpose: to make the cutting surface hardest and to keep the back of the blade softer to absorb blows meted out by adversaries. Quenching technique is important as the faster you quench the blade, the harder it becomes. Temper the blade.

    Reheat the blade to about degrees F This process helps balance the blade's flexibility and hardness. Remove the clay mixture from the blade and grind the blade edge until it is sharp. Polish the blade. Use water stones to sharpen the blade. When polishing is complete, the hardened and unhardened portions of the blade will become apparent.

    Give the blade a final filing for cosmetic purposes. Drill two holes at the base, or tang, of the blade to help fasten it to the hilt. Fabricate the handle. Build the handle out of a hardwood, like yellow poplar or alder. Quarter-saw the wood at the end to provide maximum strength.

    Install two brass or copper pegs and anchors and align them with the tang. They will hold the blade in place.

    Secure the blade to the hilt. Insert the hilt pegs through the holes in the blade's tang and fasten them to their anchors. Use industrial adhesive and leather wraps to further strengthen the attachment of the blade and handle. You need a steel with high carbon content.

    The most common ones used in swords are , , and carbon steels. Yes No. Not Helpful 7 Helpful You can check Home Depot, Lowe's, and other lumber and metal supply places. Not Helpful 11 Helpful The good thing about modern technology is, you don't have to! You can just go to Home Depot and buy furnace cement or furnace clay. When you mix it up, it makes a great insulation. You might have to wait a few minutes for it to partially dry, but it works perfectly.

    Not Helpful 2 Helpful Tyler Chisholm. You can make one easily enough. The handle itself needs to be a good, hard wood. If you want an authentic style, order some ray skin and watch an instructible on how to perform the wrap. You can also order kits that come with the adornments such as the brass pommel and hand guard. Not Helpful 9 Helpful If you're just going to use it as an ornament then you can just use a file to shape the metal, but don't strike the sword with anything because it will not be very sturdy.

    Unfortunately, no. But I would highly recommend it anyway. It won't hold it's edge as long, but the difference is pretty insignificant. I personally use , and that works great. Keep in mind that even if you use spring steel, it can still be quite brittle if you don't temper it enough. You could achieve pretty much the same effect using or another high carbon steel, as long as you temper it properly.

    Another thing to know is that the higher the carbon content, the more likely it is to crack during heat treatment. Not Helpful 0 Helpful Then hammer the rest down on the flat of the anvil. Hammer this out until it's the desired length, frequently pouring on more flux, and repeat. Not Helpful 0 Helpful 9. What exactly is meant by using sulfur for preventing slag? Does it mean sulfur powder? You do not use sulfur to prevent slag. Sulfur and other impurities in the steel are removed by the heating process.

    The impurities come out as slag, which will increase the steels strength. Not Helpful 10 Helpful Yes, but it will not be as strong or keep a good sharp edge longer. It also depends on what your need for the sword is.

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