Blog

What to Expect from Standard Heat Treatment in Gastonia, NC

These days, metal materials are used across industries for a variety of applications, from the construction of towering skyscrapers to the development of complex mechanical systems. These metal components undergo a significant amount of wear and tear during the time that they are in use, so it’s important that they are as strong and durable […]

Read More

Why Heat Treatment in Gastonia, NC Will Never Go Out of Style

Many people assume that the rise of new technologies has led to or will lead to a dwindling importance of metallurgy or heat treatment processes. This is simply not true. While these processes are certainly ancient, that does not at all mean they are outdated or unnecessary. In fact, many industries make use of heat […]

Read More

How to Keep the Best Quench Oil Quality

The best way to ensure the purity of your application during the process of heat treatment is to control all variables as much as possible. This means selecting the right metal, maintaining the proper temperatures throughout the course of treatment and ensuring you use high-quality quench oil that does not contain any contaminants. When you’re […]

Read More

What Exactly Is Normalizing?

Normalizing metal products involves heating the metal up to extremely high temperatures before cooling it down to air temperature without the aid of a furnace. Normalization is a type of heat treatment similar to annealing. Annealing, normalization and other heat treatments are beneficial processes that help you increase the strength and resilience of your metallic […]

Read More

What Happens When Metal Undergoes Heat Treatment?

In the years before the prevalence of modern metal manufacturing techniques, blacksmiths used to make metal malleable. They then quickly lowered the metal’s temperature. Rapid cooling made the finished product harder and less brittle. Today, metal heat treatment in Gastonia, NC mimics that process. The process of subjecting metal to heat treatment alters the physical […]

Read More