Techniques for controlling the forming force of NM400 wear-resistant plate

1. Reasonable selection of processing technology
In order to reduce the forming force of NM400 wear-resistant plate, you can choose appropriate processing technology, such as using cold bending instead of hot bending, or using cold cutting methods such as water jet cutting to reduce the softening of the material.
2. Control the bending radius and angle
When performing bending processing, the selection of bending radius and angle has a great impact on the forming force. Generally speaking, the smaller the bending radius and the steeper the angle, the greater the forming force required. Therefore, during the design and processing of NM400 wear-resistant plates, a larger bending radius and a suitable angle should be selected as much as possible.
3. Pre-processing and post-processing
Proper preheating treatment of NM400 wear-resistant plate before molding can reduce the hardness of the material and thereby reduce the molding force. After molding, timely tempering treatment can eliminate internal stress and prevent the NM400 wear-resistant plate from cracking.
4. Use auxiliary tools
During the forming process of NM400 wear-resistant plate, some auxiliary tools, such as pads, supports, etc., can be used to disperse the forming force and reduce local stress concentration, thereby reducing the difficulty of forming NM400 wear-resistant plate.
5.Safety measures
While controlling the forming force of NM400 wear-resistant plate, it is also necessary to pay attention to the safety of operators. Necessary safety measures should be taken, such as wearing protective equipment, setting up safety barriers, etc., to prevent workpieces from flying out due to excessive forming force. human accident.

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