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Mineral Industry Use Wear Resistant Composite Bimetal Steel Plate for Industrial Production

Mineral Industry Use Wear Resistant Composite Bimetal Steel Plate for Industrial Production

CCO Steel Plate With Wear Shock Proof with high chromium carbide content makes the wear-resistant steel plate suitable for the environment with severe wear.
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In the current increasingly fierce market competition, our company will continue to strive for perfection, continue to deepen the strength of corporate scientific management, improve the quality of Alumina Ceramic Wear Resistant Tube, Wear Resistant Composite Rubber Linings, Wear Resistant Ceramic Rubber Lining Plates, and provide customers with perfect and enthusiastic after-sales service. Our advantages in hardware capital and talents have laid a solid foundation for the company's further development, enabling the company to embark on a track of rapid development. Our company strives for survival by quality, occupies the market with reputation, promotes development with science and technology, and seeks benefits from management. We will adopt a series of innovative measures to optimize the industrial layout and enhance brand value. With advanced production technology and equipment, and automated production mode, we provide guarantee for the production of high-quality products and successfully established a good corporate image.

Description

CCO Steel Plate With Wear Shock Proof plate is a hypereutectic alloy composite laminate composed of up to 35% chromium carbide alloy metallographic fusion to a suitable steel substrate. The hard alloy with high chromium carbide content makes the wear-resistant steel plate suitable for the environment with severe wear. The surface of the chromium carbide steel plate is very smooth and flat after being applied for some time, making its surface friction coefficient very low.

This characteristic makes it an ideal material for applications where it is suspended upright and subjected to erosion.

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The chromium carbide wear-resistant steel plate has a very uniform penetration layer, the adhesion between the composite layer and the substrate is the largest, and the penetration and diffusion is the smallest.  It generally uses medium carbon steel as the substrate. This is easy to shape, especially for complex shapes. And has a unique shock absorption ability.

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Material: 

Low carbon steel substrate + chromium carbide alloy layer    

Common Specifications: 

5steel+3chromium, 6steel+4chromium, 6steel+6chromium, 8steel+3chromium, 8steel+4chromium, 8steel+5chromium, 8steel+6chromium, 8steel+8chromium, 10steel+6chromium, 10steel+10chromium (as per user's requirements )   

Panel size: 1400X3400mm (as per user's requirements)

Hardness: The macroscopic hardness of the alloy layer is HRC58-62, and the carbide hardness is HV1400-1800   

High temperature resistance: <600℃

Impact resistance: The wear-resistant alloy layer is completely metallurgically combined with the base material, and it is resistant to strong impact, without worrying about falling off.

Machinability: welding, cutting, crimping, punching    

Application Field

1.Cement industry

2.Thermal power industry 

3. Mining and beneficiation

4.coal industry

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With the development of the times and the advancement of science and technology, the company is committed to the application of new concepts, new thinking and new technology with the purpose of "pursuing excellence", fully implementing new breakthroughs in Mineral Industry Use Wear Resistant Composite Bimetal Steel Plate for Industrial Production products, and striving to provide users with New equipment with high grade, high performance and commercial efficiency to promote the rapid development of the national economy. We carry forward the enterprise spirit of "exceeding ourselves and striving for excellence". Brand is the most stable operation factor and core of an enterprise in the market.

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