What Are The Classification Methods Of Wear-resistant Steel Plates?

Wear-resistant steel plate is a special plate product specially used under the condition of large area wear. Because of its wide variety and wide range of uses, sometimes it is often confused when the specific usage is not understood. So, what are the classification methods of wear-resistant steel plates?
1. According to the hardness grade of wear-resistant steel plate:
The common wear-resistant steel plate models are divided according to the hardness level, such as JFE-EH400, NM400, DILLIDUR 500, etc.
2. Divided according to the thickness of the wear-resistant steel plate:
If it is divided according to the thickness of the wear-resistant steel plate, generally speaking, the wear-resistant steel plate with a thickness of 0.2-3mm is called a thin plate. Wear-resistant steel plates with a thickness of 4.5mm to 25mm are called medium and thick plates. The wear-resistant steel plate with a thickness of 20-60mm is called a thick plate. Higher than 60mm is an ultra-thick plate.
3. According to the production process of wear-resistant steel plate:
According to the production process of wear-resistant steel plate, there are two ways of hot rolling and cold rolling. They are called hot-rolled wear-resistant steel plate and cold-rolled wear-resistant steel plate respectively.
4. According to the element content of wear-resistant steel plate:
Common elements for classifying wear-resistant steel plates are carbon, manganese, chromium, etc. Taking carbon as an example, wear-resistant steel plates with a carbon content of less than 0.25% are low-carbon wear-resistant steel plates; wear-resistant steel plates with a carbon content of 0.25%~0.6% , is a medium carbon wear-resistant steel plate; the carbon content of the wear-resistant steel plate exceeds 0.6%, which is called a high-carbon wear-resistant steel plate.
5. According to the functions and uses of wear-resistant steel plates:
Wear-resistant steel plates are often used in working conditions with severe wear and impact, such as mining machinery, power plant coal drop pipes, screw conveyors, various construction machinery, etc., so there are also wear-resistant steel plates for mining, mining Wear-resistant steel plates, wear-resistant plates for power plants, wear-resistant steel plates for coal drop pipes, wear-resistant steel plates for engineering machinery, etc.