What are the performance characteristics of wear-resistant steel plates?


Release time:

2022-05-30

1, high wear resistance. Wear-resistant steel plate wear-resistant layer thickness of 3-12 mm, wear-resistant layer hardness can reach HRC58-62, wear-resistant performance is more than 15-20 times the ordinary steel plate, is the performance of low alloy steel plate 5-10 times more than the wear-resistant performance of high-chromium cast iron 2-5 times more than the wear-resistant performance of wear-resistant is much higher than the method of spray welding and thermal spraying and so on. 2, good impact performance. Wear-resistant steel plate is a double-layer metal structure, wear-resistant layer and the base material for the metallurgical bond, high bond strength. Can absorb energy in the process of impact, wear-resistant layer will not fall off. Can be used in strong vibration and shock working conditions, beyond the casting of wear-resistant materials and ceramic materials. 3. Good temperature resistance. Wear-resistant steel plate alloy carbide has strong stability at high temperatures. Wear-resistant steel plate can be used for 500 ℃, other special requirements can be customized to meet the requirements of 1200 ℃. Wear-resistant materials, such as ceramics, polyurethane, polymer materials. 4. Good connection performance. The base material of wear-resistant steel plate is ordinary Q235 steel plate, which ensures the toughness and plasticity of wear-resistant steel plate and provides the strength to resist the external force. It can be connected with other structures by welding, plug welding, bolting and so on. The connection is strong and does not come off easily. There are more connection methods than other materials. 5. Good selection performance By choosing different thicknesses of base material and different layers and thicknesses of surfacing alloy wear-resistant layer, different thicknesses of steel plate can be obtained, and the maximum thickness can be more than 30mm. 6. Good processing performance. Wear-resistant steel plate can be processed into different sizes according to the needs of processing, cold bending, welding, bending, etc., easy to use; can be welded on-site molding, maintenance and replacement work is time-saving and convenient, greatly reducing the work intensity. 7. Good cost performance. Wear-resistant steel plate price is higher than ordinary materials, but taking into account the service life of the product, maintenance costs, spare parts costs, downtime losses, its cost-effectiveness is much higher than ordinary steel plate and other materials.

1, high wear resistance.

Wear-resistant steel plate wear-resistant layer thickness of 3-12 mm, wear-resistant layer hardness can reach HRC58-62, wear-resistant performance is more than 15-20 times the ordinary steel plate, is the performance of low alloy steel plate 5-10 times more than the wear-resistant performance of high-chromium cast iron 2-5 times more than the wear-resistant performance of wear-resistant is much higher than the method of spray welding and thermal spraying and so on.

2, good impact performance.

Wear-resistant steel plate is a double-layer metal structure, wear-resistant layer and the base material for the metallurgical bond, high bond strength. Can absorb energy in the process of impact, wear-resistant layer will not fall off. Can be used in strong vibration and shock working conditions, beyond the casting of wear-resistant materials and ceramic materials.

3. Good temperature resistance.

Wear-resistant steel plate alloy carbide has strong stability at high temperatures. Wear-resistant steel plate can be used for 500 ℃, other special requirements can be customized to meet the requirements of 1200 ℃. Wear-resistant materials, such as ceramics, polyurethane, polymer materials.

4. Good connection performance.

The base material of wear-resistant steel plate is ordinary Q235 steel plate, which ensures the toughness and plasticity of wear-resistant steel plate and provides the strength to resist the external force. It can be connected with other structures by welding, plug welding, bolting and so on. The connection is strong and does not come off easily. There are more connection methods than other materials.

5. Good selection performance

By choosing different thicknesses of base material and different layers and thicknesses of surfacing alloy wear-resistant layer, different thicknesses of steel plate can be obtained, and the maximum thickness can be more than 30mm.

6. Good processing performance.

Wear-resistant steel plate can be processed into different sizes according to the needs of processing, cold bending, welding, bending, etc., easy to use; can be welded on-site molding, maintenance and replacement work is time-saving and convenient, greatly reducing the work intensity.

7. Good cost performance.

Wear-resistant steel plate price is higher than ordinary materials, but taking into account the service life of the product, maintenance costs, spare parts costs, downtime losses, its cost-effectiveness is much higher than ordinary steel plate and other materials.

 

 

Key words:

Wear-resistant, steel plate


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