Flash® processing of common steel is a promising manufacturing technology that can be used to produce high-strength, cold-stampable automotive steel for safer, lighter and more fuel-efficient vehicles.

The heat-treat process-verification articles included here have stood the test of time, and readers continue to show their interest through online viewing.

Whether homogenizing aircraft aluminum after casting or solution heat treating wrought and cast automotive and aircraft components, end users demand the best in heat-treat furnace performance.

The goal of this article is to improve your awareness of resources that exist to help you make better sense of combustion-related issues and answer your combustion-related questions.

With the complete substitution of aluminum-silicate wool in its product range, Nabertherm GmbH was successfully able to comply in total with the requirements of TRGS 619, setting new standards in the furnace industry.

Learn how an order for SAAMI rimfire firing-pin indent copper crushers resulted in the development of a new material and process specification document.

The behavior of high-temperature alloy constructions used in oxidizing environments is important for processes like PM sintering and thermal processing of advanced steels.

Since writing my first article on dew point versus oxygen analysis in May 2016, we have experienced multiple rounds of brutal heat and humidity that prompted advisories and warnings from Massachusetts to Missouri.

In this article, we focus on the simulation work being done with CarbTool© technology in the area of low-pressure carburization (LPC), also referred to as vacuum carburization.

Scrap recycling with the twin-chamber melting furnace (TCF®) has become state-of-the-art worldwide. The latest installations show that the TCF fulfills the complex requirements of scrap processing regarding environment, safety and metal yield.