Die Steel Glossary

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Mold Steel Vocabulary Mold Steel is an important part of the production process in the manufacturing industry. It is a specialized type of steel that is able to withstand high levels of pressure and heat and retain its shape and form. It is an essential component in the making of molds and dies f......

Mold Steel Vocabulary

Mold Steel is an important part of the production process in the manufacturing industry. It is a specialized type of steel that is able to withstand high levels of pressure and heat and retain its shape and form. It is an essential component in the making of molds and dies for finishing products.

There are several different types of mold steel grades used in manufacturing. These range from grades designed for injection molding to grades for harder and more complex designs. Each grade has its own advantages, making different types of mold steel ideal for different types of applications.

Pre-Hardened Steel: This is a type of steel that has undergone a heat treatment prior to manufacturing. This steel has a greater resistance to wear, heat and corrosion than standard steel. Although it can be somewhat brittle, it is often the best choice for molds that are primarily used for injection or blow molding.

Air and Stress Annealed Steel: A special heat treatment is applied to this steel allowing the metal to form and retain its desired shape under extreme conditions. This makes it ideal for applications that require the metal to remain in a specific form and size over time. These types of steel are typically used in molds that are used to create intricate designs or thin, delicate parts.

Hot Work Tool Steel: This type of steel is generally used when a higher degree of wear resistance is required as compared to other grades. It is able to withstand higher temperatures, making it suitable for applications such as die casting and forging.

Cold Work Tool Steel: The properties of this type of steel allow it to remain flexible during the process of machining or cutting. The steel grade is also able to resist shock, making it ideal for facilities that produce components that require tight tolerances.

High Speed Steel: This type of steel is designed to hold its shape during the machining process. It is more resistant to wear than other types, making it suitable for commercial applications.

No-Heat Treat Steel: This type of steel is designed for use in cold forming operations. It is highly ductile, making it ideal for components that require tight tolerances and machines that require a great deal of flexibility.

Mold steel is an important part of the manufacturing process, and different types of steel are used for specific applications. Choosing the right grade of steel ensures that the project is completed correctly and efficiently. Understanding the advantages and features of each type of steel allows manufacturers to select the grade that is best suited for the job.

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