If you need stainless steel castings, there are numerous of different metalworking methods that can be done to make your part as specific as possible. One of these specific metallurgical processes is adding alloying elements. Alloying elements can change the structure, corrosion resistance, and mechanical properties of stainless steel castings. Furthermore, every different alloying element effects stainless steel differently. Below we explained the effects of 5 common alloying elements used for stainless steel castings so that you can determine which is best for your next project.
Effects of Alloying Elements on Stainless Steel Castings
1. Manganese: Adding manganese to stainless steel improves hot working properties and boosts toughness, strength, and hardness.
2. Nickel: Nickel can help produce stainless steel castings that are incredibly ductile, corrosion resistant, and tough at both high and low temperatures.
3. Chromium: Stainless steel parts with higher percentages of chromium have a higher resistance to oxidation than parts with lower percentages of this alloying element.
4. Carbon: Carbon, along with iron, is the major alloying element that is used to make stainless steel. It is also used to increase the hardness and strength of the metal.
5. Copper: This alloying element enhances the corrosion resistance and formability of the stainless steel castings. Copper can also be added to decrease work hardening in grades designed for improved machinability.
It’s safe to say that alloying elements can have major effects on stainless steel castings. Now that you know the effects that common alloying elements have on stainless steel, it’s time to determine the best option for your specific needs. Learn more about alloying elements, stainless steel, and which metal part is right for you by contacting Ferralloy, Inc. We are a leading supplier of quality castings to major companies throughout the world and can provide you with the exact component you are looking for. Visit our metalworking company online today!