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Texte wiki de la nouvelle page, après la modification (new_wikitext) | '<br>When it comes to quality metal stamping, carbon steel always wins hands down. It is lightweight, extremely durable, and can be molded into any form possible. This makes it the perfect choice for home-level applications and projects such as auto doors and cabinets, which require strength and wear resistance. Case International parts are made of high quality carbon steel.<br><br><br>The key difference between the two is carbon steel's higher alloy content: it contains up to ten percent more iron and magnesium than stainless steel. What this means for you is that carbon steel is tough, durable, corrosion proof, and ductile enough to be machined with ease. All these qualities make it a clear choice for applications where you need a stiff yet durable material.<br><br><br>Another key factor in carbon steel's favor is its resistance to corrosion. Steel is no stranger to corrosion. For example, car batteries corrode naturally over time. The same thing happens to mechanical parts and piping that can't take the punishment of exposure to moisture or acids. High quality carbon steel materials are resistant to all sorts of corrosion including rust and corrosion.<br><br><br>Some of the other properties found in carbon steel are hardness and wear resistance. One great characteristic found in carbon steel is its extreme hardness level of around 0.263. This is the equivalent of wearing an iron nail through one inch of steel! This is extremely difficult to do, so you would definitely not want to [https://www.castermetal.com/insured-and-licensed-automobile-spare-parts-provider/ try this] at home! However, it does mean that you won't have to replace your tools too often, which is always a good thing.<br><br><br>Carbon steel also features very good wear resistance, which makes it useful for things like automotive welding. Stainless steel on the other hand, is known for rusting when exposed to moisture. Carbon steel on the other hand is very resistant to corrosion. It features similar hardness and wear characteristics to stainless steel, and is also resistant to infusing rust into the metal. This makes it an excellent choice for use in places where moisture is a concern.<br><br><br>Carbon steel is preferred because it has a higher carbon content. This means that the alloy doesn't need to work as hard to produce the same strength as other metals with a low carbon content. High carbon steels are very hard to make, so they usually require a lot more processing and higher temperatures to increase the hardness. Since high carbon steels are also very prone to corrosion, this isn't great news if you need a product that will last in any environment.<br><br><br>The final major difference between carbon steel and stainless has a lot to do with its electrochemical properties. Stainless typically contains a lot of chromium. Chromium aids in making the metal corrosion and stain resistant, but it is also prone to infusing rust into the metal, making it less than ideal for use in places with a lot of moisture. With chromium, the alloy doesn't need to perform as hard to make for superior strength. So the winner is really going to be stainless steel because it still performs well in most environments, despite having less than ideal electrochemical properties.<br><br><br>As you can see, the technical definition of these alloys can be very different depending upon their intended use. So don't let the differences in definitions mislead you! As long as you match the composition of the alloy with the appropriate environment and your needs, you'll get a good result.<br><br><br>In general, there are three common alloys that are considered "carbon steel" or "stainless steel." The most common is the cast iron or bronze-based alloy. These are excellent in construction and because of their tendency to retain iron when they're hot forming, they're incredibly economical as well. Unfortunately, they tend to rust easily, especially if they're exposed to water or have moisture. If you're working on a project where you may have to deal with water or moisture, the best choice may be to go with carbon steel instead of stainless steel because you won't be affected nearly as much by these conditions.<br><br><br>Another type of alloy that you may encounter is the mild steel, which has less chromium and more carbon. Like stainless steel or carbon steel, this is excellent in many ways, including low conductivity, corrosion resistance, and resistance to infusions and rusting. Of course, this isn't the best choice if you're dealing with situations such as water-based or oil-based stain removal, because it tends to retain its color a little bit longer.<br><br><br>The other type of alloy that you should consider is the austenitic stainless steel, which is similar to carbon in many ways. It's a close match in appearance to stainless steel and also tends to rust a little less than carbon steel, which can make it perfect for touch ups, paint finishes, and the like. One thing that the carbon-based alloy doesn't have is the natural chromium oxide appearance that carbon stainless steel possesses, so it doesn't tend to sparkle as much or look as nice as the carbon steel does. If you want an alloy that doesn't have as nice of a natural appearance, this may be a good choice.<br>' |
