不锈钢折弯的特征弯曲时，不锈钢有如下特征：由于不锈钢属于高碳钢，其导热

Characteristics of stainless steel bending <br>When bending, stainless steel has the following characteristics: <br>Since stainless steel is a high carbon steel, its thermal conductivity and elongation are relatively low. Therefore, the bending deformation process requires a larger external force, and the springback is also larger and <br>the lower elongation ratio makes the bending radius R of the stainless steel part must be larger than that of the ordinary carbon steel material. Otherwise, cracks can easily occur at the bend. <br>Since the stainless steel itself is prone to cold work hardening, a tool with a higher hardness should be used when bending. The tool material is generally tool steel. Quenching and heat treatment are carried out before use to ensure that the tool hardness is above 60HRC. And the surface roughness should be guaranteed within Ra3.2μm.

Features of stainless steel bending<br>When bending, stainless steel has the following characteristics:<br>Because stainless steel belongs to high carbon steel, its thermal conductivity and ductility are relatively low. Therefore, the bending deformation process requires greater external force and greater rebound<br>The lower ductility makes the bending radius r of stainless steel parts must be greater than that of ordinary carbon steel materials. Otherwise, cracks are easy to occur at the bend.<br>As the stainless steel material itself is easy to produce cold work hardening, the tool with high hardness should be used during bending. Tool steel is generally selected as tool material. Carry out quenching heat treatment before use to ensure that the hardness of the tool is above 60HRC. And the surface roughness shall be guaranteed to be RA3 two μ Within M.

Characteristics of stainless steel bending When bending, stainless steel has the following characteristics: Because stainless steel belongs to high carbon steel, its thermal conductivity and ductility are relatively low. Therefore, the process of bending deformation needs more external force, and the springback is also larger. The low ductility makes the bending radius R of stainless steel parts larger than that of ordinary carbon steel. Otherwise, cracks will easily occur at the bend. Because stainless steel itself is prone to cold work hardening, a tool with higher hardness should be used when bending. Tool steel is generally selected as the tool material. Quenching heat treatment is carried out before use to ensure that the tool hardness is above 60HRC. And the surface roughness should be within Ra3.2μm ..