NM400 wear-resistant plate processing
NM400 wear-resistant plate is a high-strength wear-resistant plate that is widely used in mining, ports, construction and other fields. It has excellent wear resistance and impact resistance, which can effectively extend the service life of the equipment. However, in order to achieve the best performance of NM400 wear-resistant plate, professional processing is required.
1. Introduction to NM400 wear-resistant plate
NM400 wear-resistant plate is a high-hardness wear-resistant steel plate whose main components are chromium, nickel, molybdenum and boron. It has excellent wear resistance and can resist abrasion and impact. Therefore, it is widely used in various equipment and machinery that require wear resistance.
2. Advantages of NM400 wear-resistant plate
High hardness: NM400 wear-resistant plate has a hardness between 360-440HBW and can effectively resist various wear.
Good toughness: Despite its high hardness, NM400 wear-resistant plate still has good toughness and can resist impact and extrusion.
Excellent wear resistance: The wear resistance of NM400 wear-resistant plate far exceeds that of ordinary steel plates, which can extend the service life of equipment.
Easy to process: NM400 wear-resistant plate can be processed by cutting, drilling, bending and welding, and is suitable for various complex shapes.
3. Preparation for processing NM400 wear-resistant plate
Before processing NM400 wear-resistant plate, the following preparations need to be carried out:
3.1 Material preparation
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Prepare the required NM400 wear plate material and ensure that it meets the required standards and specifications.
3.2 Equipment preparation
Prepare appropriate processing equipment, such as cutting machines, drilling machines, bending machines and welding equipment.
3.3 Safety protection measures
Ensure that the workplace has good ventilation conditions and provide appropriate personal protective equipment, such as safety glasses, gloves and earplugs.
4. Cutting and shaping NM400 wear-resistant plate
Cutting is the first step in processing NM400 wear-resistant plate. Use appropriate cutting machinery to cut the wear plate into the required parts to the required size and shape.
5. Drilling NM400 wear-resistant plates
When drilling holes in NM400 wear-resistant plates, you need to use appropriate drill bits and drilling techniques. Before drilling, mark the desired location and use coolant to reduce the temperature of the drill bit.