AISTech is a can’t-miss event for those involved at every level of the steel industry. With more than 500 technical presentations, AISTech provides a global perspective on the technology and engineering expertise necessary to power a sustainable steel industry.
Pre-order your hard copy or e-book today! Available January 2020.
Strengthen your skills, exchange ideas and invest in your future by attending one of AIST’s technology training conferences this Spring.
Take charge of your career by joining AIST’s unique global network of steel industry professionals. Hundreds of educational resources and networking opportunities are provided to help individuals reach professional and corporate goals.
With more than 31,000 monthly website visitors, upwards of 26,000 monthly Iron & Steel Technology distributions, and 300+ annual sponsorship opportunities, AIST has the channels to get your brand recognized.
Covers safety, the basics of electrical and mechanical features of electric arc furnaces, refractories, and the role of raw materials.
The primary focus is on the process and equipment customarily found in the rolling mill building.
Covers fundamentals, equipment, rolling theory, control, threading, rolls, lubrication, measurement, safety and new technology.
AIST has officially surpassed our largest number of professional members in the organization’s history — all thanks to our engaged, loyal steel industry friends and members! We’re thrilled to share this news and want to take this opportunity to let you know we appreciate your support as well as the time and energy you’ve dedicated to helping us grow! Together, we’re breaking records and advancing the technical development, production, processing and application of iron and steel!
Big River Steel is the world’s first “learning steel mill” powered by process automation and digital applications from SMS group and artificial intelligence from Noodle.ai. Every day, thousands of sensors collect hundreds of millions of data points across the plant. Data captured ensures the ideal sequence and chemical composition for efficient heating and treatment processes, cost-effective production, and minimization of variability in mechanical properties of the finished product.