Chromium Carbide Wear Plate
WD-1000/1100 CCO Wear Plate
WD-1200/1500 CCO Wear Plate
WD-1900 Smooth CCO Wear Plate
WD-G900 CCO Wear Plate
WD-1600 CCO Wear Plate
WD-NC100 CCO Wear Plate
WD-D3000 CCO Wear Plate
Hardfacing Flux Cored Wire
Chromium Carbide Overlay Pipe
+86 15720600046
Chromium Carbide Overlay
WD-D3000 Special Customized Chromium Carbide Overlay Wear Plates
Special alloying elements can be added for specific wear-resistant applications. By adjusting alloying elements such as C, Cr, Nb, Mo, and W, the overlay composition can be optimized for specific wear mechanisms, including sliding abrasion, impact wear, and high-temperature applications. The formation of complex carbides enhances hardness, wear resistance, and service life.
Surface Hardness
58 – 65 HRC
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Base Plate and Overlay Thickness
• Material: Q235 / Q355 steel
• Base plate thickness: 5.5 – 100mm
• Overlay thickness: 4 – 50 mm
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Standard Plate Dimensions
• 1400 × 3000 mm / 1400 × 3500 mm / 2100 × 3500 mm
(Customized cutting is available according to your specific requirements.)
Chemical Composition
The chemical content defers to the thickness
| Base Plate | C | Cr | Cr₇C₃ Fraction Volume |
| Mild Steel | Customized ratios available | Customized ratios available | — |
Available Services
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Cutting
Laser and plasma cutting systems enable the efficient production of wear plates in a wide range of sizes and profiles. High cutting accuracy helps achieve consistent quality while reducing subsequent machining and fitting requirements.
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Forming
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Hole Processing
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Stud Welding
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Welding
Processed wear plates can be assembled into complete wear-resistant structures and fabricated parts. From simple liners to complex wear packages, components are manufactured according to customer specifications and application requirements.
Typical Applications
• Scraper Conveyor Wear Plates
• Slag Discharge Chutes
• Chutes
• Discharge Pipes
• Shield Tunneling Machines Wear Liners
• Conveyor Liners
• Bucket Wheel Liners