Hardfacing Wear Plate: Complete Guide to Bimetal Wear Resistant Steel Plate Structure, Advantages and Applications

Hardfacing wear plate, also known as bimetal wear resistant steel plate or chromium carbide overlay plate, is one of the most effective solutions for extreme abrasion environments. Unlike traditional homogeneous wear steel plates, hardfacing plates combine a tough steel backing layer with a high-hardness alloy overlay through metallurgical bonding. [High Chromium Cast Iron Hardfacing Formula: C/Cr Ratio & M₇C₃ Carbides]

This unique dual-layer structure allows the material to achieve both excellent impact resistance and outstanding wear protection. The backing plate absorbs mechanical loads and impact energy, while the chromium carbide overlay layer provides long-lasting resistance against severe abrasive wear.

Today, chromium carbide overlay plates are widely used in mining, cement, power generation, steelmaking, ports, recycling, and heavy industrial equipment where conventional steel materials fail quickly. [Mining Wear Plate Guide: Choosing Durable Liners for Crushers, Chutes and Hoppers]

Teda Ganghua supplies chromium carbide overlay plates with customized wear layer thickness, base materials, dimensions, and processing services. Our solutions support customers requiring reliable wear protection for chutes, hoppers, crushers, conveyors, and industrial liners.

Explore Teda Ganghua hardfacing wear solutions:

Chromium Carbide Overlay Plate Product Catalog 

What Is Hardfacing Wear Plate?

Hardfacing wear plate is a composite material produced by depositing a high-hardness alloy layer onto a steel substrate using advanced welding or overlay technology.

The concept is similar to adding an armor layer onto conventional steel:

• The base plate provides structural strength and toughness.
• The overlay layer provides extreme wear resistance.
• The metallurgical bond ensures long-term reliability.

The technology was first developed in the United States in the 1960s and later expanded into industrial applications during the 1970s. Today, it has become a standard wear protection solution for heavy-duty industries.

[Hardfacing Wear Plate Grades Explained: CrC vs CrNb vs CrNbVW Selection Guide]

Bimetal Wear Resistant Steel Plate Structure Analysis

A chromium carbide overlay plate consists of three functional areas:

Wear Layer: Chromium Carbide Protection Technology

The performance of chromium carbide overlay plate mainly comes from the wear-resistant alloy layer. [Bimetallic Wear Plate Technology Trends for 2026] 

[NbC/VC Composite Carbides: Improving Wear Resistance and Toughness]

Base Plate: The Foundation of Impact Resistance

Unlike extremely hard single-layer materials, hardfacing plates maintain excellent toughness because the backing layer absorbs impact forces.

Six Major Advantages of Chromium Carbide Overlay Plate

1. Extremely High Wear Resistance

The high volume fraction of Cr₇C₃ carbides creates a hard protective surface capable of resisting severe abrasive materials such as ore, cement clinker, coal, and slag. [Hardfacing Wear Layers: How Cr₇C₃ Carbides Achieve Extreme Wear Resistance]

In many applications, chromium carbide overlay plate provides several times longer service life compared with conventional wear steel.

2. Excellent Impact Resistance

The combination of hard overlay and tough backing creates a balance between abrasion resistance and impact absorption.

This makes it suitable for equipment exposed to repeated material impact.

3. High Temperature Performance

Special alloy designs allow hardfacing plates to operate under elevated temperatures, with some customized solutions suitable for approximately 500–600°C environments.

4. Flexible Fabrication Capability

Chromium carbide overlay plates can be processed through:

• Plasma cutting.
• Laser cutting.
• Drilling.
• Welding.
• Bending and forming.
• Custom shape fabrication.

5. Lower Lifecycle Cost

Although the initial material cost may be higher than standard steel, extended service life reduces:

• Equipment downtime.
• Maintenance frequency.
• Replacement costs.
• Production interruption.

6. Customized Thickness Options

Hardfacing plates can be customized according to different working conditions.

Typical Applications of Hardfacing Wear Plate

Hardfacing Plate vs Other Wear Materials

[High Manganese Steel vs Ceramic vs Overlay Plate]

[Tungsten Carbide Composite Hardfacing: WC Size, Content & Matrix Balance]

How to Select the Right Hardfacing Wear Plate

Material selection should begin with actual operating conditions.

1. Identify wear type: Determine whether the main damage comes from sliding abrasion, impact abrasion, heat, or corrosion.
2. Select overlay composition:
   • Standard abrasion → Chromium carbide overlay.
   • High temperature → CrMoV enhanced alloy layer.
   • Corrosive environment → Stainless steel backing with corrosion-resistant overlay.

1. Select thickness combination: Match wear layer thickness and base plate thickness according to service life requirements.
2. Check supplier quality: Evaluate hardness consistency, carbide distribution, bonding strength, and plate flatness. [Chromium Carbide Overlay Plate Cost Evaluation Guide]

[Hardfacing Wear Plate Selection Guide: Thickness, Hardness and Base Material Explained]

Corrosion Resistant Overlay Plate

Tungsten Carbide Overlay

Bimetallic Hardfaced Steel Plate

Hardness Hrc 58-62

Why Choose Teda Ganghua Chromium Carbide Overlay Plate?

Teda Ganghua provides customized hardfacing wear solutions for demanding industrial environments.

• Chromium carbide overlay plate supply.
• Customized wear layer and base plate combinations.
• Cutting and fabrication services.
• Support for mining, cement, steel, power, and port applications.
• Reliable export packaging and international delivery experience.

From mining chutes and cement mill liners to heavy industrial equipment, Teda Ganghua helps customers improve equipment durability and reduce maintenance costs with optimized bimetal wear resistant steel plate solutions.

Learn more:

View Chromium Carbide Overlay Plate Product Catalog  [Sliding vs Gouging vs Impact Wear: Hardfacing Selection Guide]

Frequently Asked Questions

Are cracks on chromium carbide overlay plates defects?

No. Stress-relief cracks in the overlay layer are a normal feature of hardfacing technology. They usually remain within the wear layer and do not affect the structural strength of the backing plate.

Can hardfacing wear plates be welded?

Yes. The backing layer can be welded using conventional methods, while the overlay surface requires suitable welding procedures. [Bimetal Wear Plate Cutting and Welding Guide for Field Installation]

How long can chromium carbide overlay plates last?

Service life depends on working conditions, but in many mining and cement applications they can provide significantly longer life than conventional steel plates.

Can Teda Ganghua supply customized sizes?

Yes. Teda Ganghua provides customized dimensions, cutting, fabrication, and wear plate solutions according to customer drawings and equipment requirements.