• youtube
  • Twitter
  • Facebook
  • Linkedin
  • Tiktok
English
English French German Portuguese Spanish Russian Japanese Korean Arabic Turkish Italian Indonesian Polish Hindi Dutch Malay Persian Thai Vietnamese
Contact Us
page-banner

Chromium Carbide Overlay

WD-1600 Impact-Resistant CCO Wear Plate

WD-1600 Impact-Resistant Chromium Carbide Overlay Wear Plates

Wodon independently developed this plate and added special elements. It is designed to withstand high-impact and severe wear conditions, and the Nb ratio can be adjusted according to customer requirements.

By introducing Nb into the alloy system, the overlay achieves a better balance between wear resistance and impact toughness. The refined carbide structure enhances crack resistance while maintaining sufficient hardness for abrasive wear conditions.

Surface Hardness
55 – 65 HRC

Contact Our Engineer

  • Base Plate and Overlay Thickness

    • Material: Q235 / Q355 steel

    • Base plate thickness: 5.5 – 100 mm

    • Overlay thickness: 4 – 50 mm

  • 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 3.0 ~ 7.0% 25 ~ 40% 30 ~ 60%

Available Services

  • Cutting

    Plasma cutting and laser cutting equipment are available in the workshop. Laser cutting is mainly used for wear plate processing, delivering accurate dimensions and enabling efficient production of both standard parts and complex shapes.

  • Forming

    Wear plates can be formed into curved panels, conical segments, and cylindrical shells to meet various equipment design requirements, including transition zones, cylindrical sections, and cone-shaped liners.

  • Hole Processing

    • Screen holes: Used for material separation and 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.

  • Stud Welding

    Manual and automatic stud welding are both available, providing reliable fastening solutions for wear liners and ensuring accurate positioning during installation.

  • Welding

    Provides welding, assembly, and structural fabrication of processed wear plates, producing complete wear-resistant components according to customer drawings.

Typical Applications

• Hopper Liners
• Truck Body Liners
• Chute Liners
• Excavator Bucket Liners
• Drop Pipes
• Transfer Chutes
• Vibrating Screen Plates

Want to learn more about
WD-1600?

Please contact us