Zhixin Composite Super Wear-Resistant Steel Plate - High-Performance Solution from China Suppliers and Factory
Features of Zhixin Wear-resistant Plate
- The hardness of the surfacing layer is extremely high and there are fewer cracks; the base plate is reliable, does not crack, and has good toughness. The wear-resistant layer does not fall off, and the bonding strength between the wear-resistant layer and the base plate is 345MPa.
- Multi-layer surfacing can be performed to increase the hardness of the surfacing layer.
- It can withstand high temperature use.
- The cost is much higher than the composite wear-resistant plate on the market, and the service life is greatly improved.
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The highest hard alloy particle is HV1750.
- 40-45% primary carbide M7C3 (hypereutectic)
- 15-20% secondary carbide M3C (eutectic and hypereutectic)
- Conditions for the formation of hard particles: Sufficient carbon and chromium content is required.
- Composition determines the structure, and the structure determines the quality.
Actual use cases
After 4 months of use, the ceramic fell off and the turtle glue was worn through. The composite steel layer was almost not worn out.
Various product specifications to meet different needs
The company provides a variety of thickness specifications, including 4+4mm, 6+4mm, 6+6mm, 8+8mm, 10+10mm, etc., which can be customized according to customer needs to ensure that they are suitable for wear-resistant protection needs under different working conditions.
Widely used, excellent performance
Our wear-resistant steel plates are widely used in:
- Cement production equipment: powder selection machine lining, chute, mill lining
- Mining equipment: crusher, vibrating screen, conveyor lining
- Tunnel engineering: shield machine cutter head, slag conveying system
- Coal industry: hopper, chute, pipeline lining
- Steel: silo lining, inclined sliding surface, screen, blower cover, material car, barrel, pipeline, dump truck, hopper
This product has the characteristics of high hardness, impact resistance, corrosion resistance, easy welding, etc., which greatly extends the service life of equipment and reduces maintenance costs. It is an ideal choice in the field of industrial wear resistance. It has received good feedback from customers.
Chengdu Zhixin Refractory takes technological innovation as its core and is committed to providing customers with cost-effective, high-durability wear-resistant solutions to help enterprises improve production efficiency and reduce operating costs!
Frequently Asked Questions
Q
What are the core advantages of Zhixin wear-resistant plates?
They feature extremely high surfacing layer hardness, fewer cracks, a reliable base plate with good toughness, and a wear-resistant layer that does not fall off. The bonding strength between the wear-resistant layer and the base plate is 345MPa.
Q
What is the hardness level and microstructure of the wear-resistant plate?
The highest hard alloy particle reaches HV1750. It contains 40-45% primary carbide M7C3 (hypereutectic) and 15-20% secondary carbide M3C (eutectic and hypereutectic), which are formed under sufficient carbon and chromium content.
Q
Can the plates withstand high-temperature environments?
Yes, Zhixin wear-resistant plates are specifically designed to withstand high-temperature use while maintaining their structure, high hardness, and impact resistance.
Q
What thickness specifications are available for customization?
We offer multiple thickness specifications including 4+4mm, 6+4mm, 6+6mm, 8+8mm, and 10+10mm. These can be customized according to specific customer needs and working conditions.
Q
Which industries commonly use Zhixin wear-resistant steel plates?
Our plates are widely used in cement production, mining equipment, tunnel engineering (such as shield machine cutter heads), the coal industry, and steel industry applications like silo linings and pipelines.
Q
How does this product help reduce operational costs?
With high hardness, impact resistance, and corrosion resistance, our wear-resistant plates greatly extend the service life of equipment and reduce maintenance costs, providing a highly cost-effective solution.