![]() I'll second that types of benders make a big difference. Occasionally it does alright, but I'm bending at radii on the edge of what will work. ![]() Stuff with a lighter gray (such as the German or asian) scale just ends up as waste in the scrap bin usually. I look for tubing with the darkest millscale, and for some reason, that stuff always works out the best. I have wondered if it could have anything to do with how evenly the tubing is annealed? I can tell by the mill scale right away which stuff is going to give me trouble. ![]() However, bending this tubing can be a challenging task that requires careful consideration of various factors, including the bending radius, ductility, and hardness of the material. Without greasing, my rotary draw will not consistently bend any of it. Table of Contents Stainless steel tubing is a popular choice in industries that require high levels of corrosion resistance. In all cases, I'm LIBERALLY greasing the tubing prior to bending. Sanitary Stainless steel tube fitting U bend 180 elbow: 2.28 - 46.70/ Piece: Copper 180 Degree Elbow U Bend Pipe Copper Fitting: 0.87 - 2.80/ Piece. Gauge: U Bends Radius Includes Minimum Closeness of Cutout to Bends. I bend thin wall tubing for bicycle frames, and for example, the 3/4 X.035" 4130 from overseas (Taiwan/China?) will not bend around a 3" CLR, the same type of tubing from Germany will, but with wrinkles, and the US tubing (from Plymouth?) will make the bend consistently. Find out Non Return 180 degree u bend Radius Chart. That said, I don't entirely understand any of it! I find that the quality of the tubing makes a substantial difference. ![]()
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