Rectangular Metal Tube Bending and Rolling that Yields Beautiful Results for Buildings in & around Cormier.

Architects and Cormier building designers love working with rectangular metal tubing.

It’s strong. It holds paint well. It provides dimensional variety to structures.

Its visual likeability is improved when the tubing is curved into a gentle, elegant arch.

Making that arch, though, is not simple. Unlike bending wide flange beams or S beams, rectangular tube bending and rolling carries a large set of challenges incumbent to its nature.

Chief is that rectangular metal tubing caves in. It’s a hollow section, don’t forget. The correct equipment, directed by skilled tube bender hands, are necessary for rectangular tubing to hold its original dimensions, while staying flat or square.

Accurate radius? Oh yeah, there’s that, too.

Max Weiss Company bends HSS tubing, 2” to 20”, all to exact specifications, and without caving or distortion. Whether your Cormier building requires a 3” x 1-1/2” x .125 wall, your product will be ready for use.

Larger sizes? OK. How about 12” x 6” x .313 wall. Regardless of size, you can always expect accuracy from Max Weiss Company.

Our rectangular tube bending and rolling expertise applies to carbon steel, stainless steel and aluminum tubing in Milwaukee, WI but we have our work all over the country and places like Cormier.

The Art of Steel Bending

How? Max Weiss Company involves a proprietary mandrel bender system to maintain the tube’s integrity. It’s a piece of equipment you won’t find at any other metal bender. Less scrap adds up to less cost … and more value for you.

Look around. You’ll see rectangular metal tubing in Cormier buildings, canopies, artwork and elsewhere. Its simple symmetry has its own beauty … which makes it a favorite of those who first envision the structures.

Contact Max Weiss Company for all your rectangular tube bending, both rectangular and square. You’ll marvel at our careful precision and flawless results. You might even call it a thing of beauty.