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-1200/1500 Chromium Carbide Overlay Wear Plates
Produced using submerged arc welding technology, WD-1200/1500 applies one or multiple layers of chromium-carbide–rich hardfacing alloy onto a mild or medium-carbon steel base.
It is designed for severe abrasion conditions and can withstand low to medium levels of impact.
Surface Hardness
58 – 65 HRC
Temperature Resistance
Up to 600°C
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Base Plate and Overlay Thickness
• Material: Q235 / Q355 steel
• Base plate thickness: 4.5 – 100 mm
• Overlay thickness: 4 – 50 mm
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Standard Plate Dimensions
• 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 | 3.0 ~ 7.0% | 25 ~ 45% | 30% ~ 60% |
Available Services
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Cutting
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Forming
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Hole Processing
• Screen holes: Used for material separation or particle-size control.
• Through holes: Includes plug-weld holes, shaft-passing holes, and other installation hole types.
• Countersinking: Supports manual shim countersinking, rotary-cut countersinking, and precision machined countersinking.
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Stud Welding
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Welding
Provides welding, assembly, and structural fabrication of processed wear plates, producing complete wear-resistant components according to customer drawings.
Typical Applications
• Discharge Pipes
• Curved Coal Drop Pipes
• Chutes
• Chute Liners
• Hoppers
• Silo Liners
• Screen Plates
• Bucket Liners