Rolling Radius On Sheet Metal Edge

Still some advice applies.

Rolling radius on sheet metal edge.

No stretching or compressing is needed to achieve this shape. Leaving a radius on the other hand relieves this danger. Recommended inside bend radius for sheet metal parts should be equal to material thickness. Turn your impact driver into a power crimper and create raised edges on sheet metal more quickly than hand crimpers.

Therefore the bending inner radius of our sheet metal parts is basically 0 2. Jamey jordan radius roll set 5 8 inch radius. Crca inside bend radius equal to 0 65 times of sheet thickness is also enough. But for harder materials e g.

Visualize if you will rolling the edge of a piece of paper. Also it puts the material in danger of cracking. Sharp inside bend radius in sheetmetal parts can cause material flow problems in soft material and fracturing in hard material. Create a raised edge in sheet metal that locks into the rolled edge of another piece.

The smaller radius is formed first to allow the material to finish inside itself. The desired radius is created by step bending a progressively larger radius into the sheet beginning with the desired curl radius minus the material thickness and ending with the desired curl radius. This is because the metal is simply being bent on one plane. This is perfect for forming.

Good and accurate rounding of steel constructions according to en 1090 iso 12944 iso 8501 or imo pspc is becoming more and more important in the metal working industry. Of jamey jordan series 5 8 inch radius rolls allows you to make a full 90 degree radius bend on the edge of sheet metal. Completely crushing the radius needs great power and tonnage. For ordinary low carbon steel plates rust proof aluminum plates brass plates copper plates etc the inner radius 0 2 is no problem.

Rounding edges with minium radius 2 mm is a necessity for good adhesion of coating or paint to protect against corrosion. Sheet metal locking crimpers.