Healthy House Plans

house plans, floor plans, blueprints

Steel Analysis

Steel Analysis and Properties

While stainless steel is generally known as one of the toughest and most durable materials, it does have some negative attributes which need to be considered before selecting this material for any part of your body. Steel can be divided into several categories including mild steel, hard steel, grade A, grade B and grade C. Mild steel is a non-corrosive metal consisting of aluminum, magnesium or tin-alloys, with the higher grade having greater resistance to corrosion. Hard steel consists of iron, magnesium or iron alloys, with the higher grade having greater strength and greater durability than mild steel. This is why grade frames are often selected for bodywork where high strength is required, and why grade C frames are used for precision industrial applications where a higher level of accuracy is required. To make things from it you need to have  Tapping Machines like those from Cotswold Machinery Sales.

Image credit

The strength of the steel will also be influenced by material properties. If you are looking for strength, you will be looking for tempered steel, which contains tempered components which are more difficult to crack and break. Tempered steel resists heat and cold far better than soft steel, but there are still alloys in existence which have excellent heat and cold resistance properties. This means that while stainless steels can be extremely tough and durable, they may not be able to withstand all but the strongest blows.

Image credit

In order to understand the differences between hard and soft steel, it helps to know what makes stainless steel different from pure carbon. Stainless steel, because it contains a higher proportion of carbon, has a higher carbon concentration than pure carbon alloys, meaning that while its hardness is enhanced, so is its softness. Pure carbon alloys on the other hand contain a lower percentage of carbon, meaning that their hardness is lessened. Pure carbon alloys however, do not posses the same level of malleability, meaning that they are harder but do not bend as easily, making them inappropriate for use where greater bending ability is needed.



Your email address will not be published. Required fields are marked *

This site uses Akismet to reduce spam. Learn how your comment data is processed.

Henry Doe is a seasoned DIY enthusiast and home improvement, blogger. With over 10 years of experience in renovating his own home, he has honed his skills in carpentry, plumbing, and electrical work. Henry's passion for creating beautiful and functional living spaces has led him to share his knowledge and experiences with his readers through his blog, "Home Sweet Home DIY." His goal is to inspire and empower homeowners to tackle their own home projects, big or small. When he's not hammering and sawing, you can find Henry hiking in the mountains or sipping on a latte at his local coffee shop.