Dietrich’s UltraSTEEL framing receives key code endorsements

March 9, 2007—Dietrich Metal Framing recently obtained three key code endorsements for its UltraSTEEL Framing product.

UltraSTEEL is an internationally patented process that alters the characteristics of the base strip steel, providing higher strength capacity from lighter gauge material. The process effectively work-hardens the steel and increases the effective thickness of the material, says the company. The result, says Dietrich, is a product that offers better acoustical performance, improved fire resistance, faster and easier installation, improved safety and better finish quality at the same price as traditional metal stud framing.

UltraSTEEL received approval from the International Code Conference Evaluation Services (ICC-ES) in Report ESR-1977 certifying that it is a compliant building product and is approved for construction use even when not specifically named in existing codes. ICC-ES reports are accepted by almost every code jurisdiction in the United States.

American Society for Testing and Materials International adjusted the language in standard C645, the “Standard Specification for Nonstructural Steel Framing Members.” The new language now verifies UltraSTEEL complies with the specification and is not required to meet the 0.0179″ minimum thickness that all generic studs must meet.

UltraSTEEL received approval from Architectural Testing, Inc., in Code Compliance Research Report CCRR 0109 certifying that it is a compliant building product and is approved for construction use even when not specifically named in existing codes.

The company succeeded in receiving the approvals as UltraSTEEL nears the completion of a nationwide rollout; with all Dietrich US facilities converting 100 percent of the drywall product line to UltraSTEEL production by May 2007. Dietrich Metal Framing, a Worthington Industries Company, is a leading manufacturer of light-gauge framing and finishing products, systems, and services for commercial and residential construction.

For more information, visit the Dietrich Web site.

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