Company Menu

Commercial Metals: Latest Job Openings, Reviews and Ratings & Profile wise Salary Distribution

We've calculated that the average salary at Commercial Metals is $50K based on 160 user-submitted salaries A total of 18 Commercial Metals employees gave Commercial Metals an average happiness rating of 3.9 out of 5.0.

Commercial Metals Salary Distribution

Commercial Metals Reviews and Ratings

Submit a Review
BlissScore 3.9
33%
33%
27%
7%
0%

Commercial Metals Careers & Info

Commercial Metals Overview

The Commercial Metals Company (CMC) is an Irving, Texas-based steel and metals manufacturer. Founded in 1915 as a small family-owned scrap metal processing company in Dallas, Commercial Metals has since expanded to over sixty worldwide locations. CMC currently has the capacity to recycle over four million tons of scrap metal and produce 4.8 million tons of steel per year.

Commercial Metals is a vertically-integrated company that controls every aspect of its metal-processing operation, from specialized steel fabrication to steel production and the recycling of scrap. CMC is a highly efficient and respected steel and metals producer that employs thousands of American workers at its mills and other facilities in locations throughout the United States. The third-largest steel producer in the United States, CMC also owns a large steel mill in Zawiercie, Poland.

Commercial Metals Job Information

The Commercial Metals Company employs about 10,000 steelworkers, salesmen and other staff members at its mills and plants in the United States and Poland. CMC employees receive benefits and salaries that are comparable to those offered at other iron and steel manufacturing companies. The company also offers tenure to many of its long-term employees.

What jobs pay the most at Commercial Metals?

Senior VoIP Engineer is the highest paying job at Commercial Metals at $108,000 annually.

We noticed that your web browser is outdated!

Update your browser to have a more positive job search experience.

Upgrade My Browser

×