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Williams Form Engineering partners with MMFX Steel Corp. of America for new high-strength and corrosion-resistant products

By Paul Dvorak | March 27, 2014

Williams Form Engineering Corp. (www.williamsform.com) and MMFXSteel Corporation of America (www.mmfx.com) are partnering to expand the Williams Form line of high-strength and corrosion-resistant products for the construction industry. Under the new agreement, Williams Form will develop thread bar products using the innovative MMFX steel technology. The new product line will provide engineers with new design solutions for geotechnical, post tensioning and concrete accessory applications that can benefit from corrosion-resistance and high-strength properties.

MM steel rod

The high-strength properties of the MMFX steel will let Williams Form manufacture products that meet its wide range of tensile strength requirements.

Williams Form will use MMFX2 and ChromX 4100 steels from MMFX to manufacture its new uncoated corrosion-resistant and high-strength threaded bar products. The line will complement Williams Form’s existing threaded bar products used in a wide range of applications such as soil nails, tieback and rock anchors, micropiles and wind turbine foundation bolts.

The existing Williams Form threaded bar options for corrosion resistance include epoxy-coated, galvanized and grouted carbon steels. The uncoated steels from MMFX alleviate user concerns about damaging epoxy coatings or fastener thread fit-up issues that can result from galvanizing. The high-strength properties of the MMFX steel will also let Williams Form manufacture products that meet its wide range of tensile strength requirements.

By using the MMFX material properties, the all-thread bar product line will conform to the high-strength properties of ASTM A1035. The finished products will have a tensile strength up to 150 ksi and feature the construction firm’s proprietary thread.

MMFX Steel achieves its unique steel properties through a combination of the alloying elements and a well-controlled manufacturing process. The resulting low-carbon chromium alloy steel has a microstructure that is strong yet ductile and inherently corrosion-resistant.

“Over the last 13 years, MMFX rebar has gained widespread acceptance as the high-strength, corrosion-resistant rebar solution for concrete construction,” said Tom Russo, MMFX Steel Corporation’s CEO. “This partnership further expands the use of our steel’s unique technology into other construction applications that can benefit from these properties.”

MMFX Steel Corporation of America
www.mmfx.com

Williams Form Engineering Corp.
www.williamsform.com


Filed Under: Construction, News
Tagged With: mmfx, williams form
 

About The Author

Paul Dvorak

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