不锈钢翻边在不同的行业中进行广泛的使用，能够在行业中展现良好的使用价值

Stainless steel flange for use in a wide range of different industries, the value can be used and exhibit good performance in the industry, according to the nature of the deformation, the elongation flange can be divided into classes based compression flange and flange. Common feature class elongated flange deformation zone in the blank is cut to produce the elongational deformation under the effect of tangential tensile stress, an elongation deformation characteristics belonging to deformation classes, maximum reduction is limited primarily by deformation zone cracking. Common feature is the compression cuff class, in addition to the vertical side close to the metal in a vicinity of the root of the fillet radius bending deformation, the remaining portion of the blank is deformed by compression deformation zone in the tangential action of tangential compressive stress, deformation characteristics belonging to the class of compressive deformation, and the stress state and deformation characteristics of the same drawing, the maximum reduction is limited primarily by wrinkling the blank deformation zone. In addition, according to the vertical side wall thickness thinner if mandatory, it can be divided into thin and not thin flanging flanging. Rough and shaped by flanging the edge of the workpiece can be divided into the inner hole (circular hole or non-circular) flange, and a plane surface flanging flanging.

Stainless steel flip edge in different industries for extensive use, can show good use value and performance in the industry, according to the nature of deformation, flip can be divided into elongated class flip edge and compression class flip edge. The common feature of the elongation class flip edge is that the rough deformation area produces the elongation deformation under the effect of the cutting pull stress, the deformation characteristic belongs to the elongation class deformation, the limit deformation degree is mainly limited by the cracking of the deformation area. The common feature of the compression class flip edge is that, in addition to the metal near the area near the radius of the root of the vertical edge, the rest of the blank deformation area produces a tangentcompression deformation under the action of the tangent pressure stress, the deformation characteristic sits belongs to the compression class deformation, the stress state and deformation characteristics are the same, and the pull depth is the same, The degree of limit deformation is mainly limited by the unstable wrinkle in the blank deformation area. In addition, according to the vertical edge wall thickness whether there is a forced thinning, can be divided into thin turn edge and constant thin edge. According to the roughness of the flip edge and the edge of the workpiece, it can be divided into inner hole (round hole or non-circular hole) flip edge, plane outer edge flip edge and surface flip edge, etc.

Stainless steel flanging is widely used in different industries, which can show good use value and performance in the industry. According to the nature of deformation, flanging can be divided into elongation flanging and compression flanging. The common feature of the elongation flanging is that the deformation area of the blank produces the tangential elongation deformation under the action of the tangential tensile stress. The deformation feature belongs to the elongation type deformation, and the limit deformation degree is mainly limited by the cracking of the deformation area. The common feature of compression flanging is that except for the bending deformation of the metal near the fillet radius of the root of the vertical edge, the other parts of the deformation area of the blank generate the tangential compression deformation under the action of the tangential compression stress. The deformation feature belongs to compression deformation, and the stress state and deformation feature are the same as that of drawing. The limit deformation degree is mainly limited by the instability and wrinkling of the deformation area of the blank System. In addition, according to whether the wall thickness of the vertical edge has forced thinning, it can be divided into thinning flanging and constant thinning flanging. According to the blank and workpiece edge shape of flanging, it can be divided into inner hole (round hole or non round hole) flanging, plane outer edge flanging and curved surface flanging, etc.<br>