The difference between cold and hot rolled steel in Edmonton

by | Feb 17, 2017 | Steel Distributor

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he differences between cold and hot rolled steel Edmonton manufactures need to know are basic ones. These differences will determine which one is used in the application. When steel is rolled, it undergoes a process in the mill where it is rolled at a very high temperature which is typically over 1700 degrees. Since this temperature is above the recrystallization temperature of steel, it then begins to become malleable. This hot rolled steel Edmonton manufactures may want can then be formed into any desired shape.

Why choose hot rolled steel?

One of the benefits to choosing hot rolled steel is that it is typically much cheaper than its counterpart. Cold rolled steel tends to have a higher cost and so it is more advised to purchase it when no specific shape is needed and where cost is not a factor. Another reason that hot rolled steel is more cost effective is because there are typically no delays involved in the manufacturing process. This makes it easy to make this type of steel as quickly as possible.

Buying high quality hot rolled steel

When it comes to purchasing hot rolled steel, Edmonton buyers have a lot of options available to them. It is important to compare prices prior to making a final selection. With hot rolled steel, reheating is not necessary which makes it an ideal choice over cold rolled steel.

Uses for hot rolled steel

Hot rolled steel can be used in a variety of different applications including in the construction and welding industries. When tolerances and precise shapes are not required, hot rolled steel is the perfect selection. For the best quality hot rolled steel, you should contact a local metal supplier who can provide the best quality steel for your needs.

Understanding the differences between hot and cold rolled steel can help you choose the right steel for your needs.

For more information about hot rolled steel Edmonton buyers can contact Maximum Metals. Visit them online for more information at