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Wear Resistant Plate
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Wear resistant plate (wear steel plate) is widely used in mining, construction machinery, cement plants, steel plants, and bulk material handling systems. One of its key advantages is that it is available in standard and custom sizes, making it suitable for cutting, welding, and fabrication into different wear parts.
The size selection mainly depends on equipment design, installation requirements, and processing efficiency.
1. Standard Wear Resistant Plate Sizes
Common Sheet Sizes
| Size (mm) | Imperial Equivalent | Application Level |
|---|---|---|
| 1000 × 2000 | ~3.3 × 6.6 ft | Small parts, sample use |
| 1250 × 2500 | ~4 × 8 ft (short version) | General fabrication |
| 1500 × 3000 | ~5 × 10 ft | Industrial standard size |
| 2000 × 4000 | Large format | Heavy-duty structures |
The most commonly used international standard is 4×8 ft (1220 × 2440 mm) or 1500 × 3000 mm depending on regional supply.
2. Large Size Wear Plate Specifications
For heavy industrial applications, oversized plates are commonly used:
- 1500 × 6000 mm
- 2000 × 6000 mm
- 2000 × 8000 mm (project-based production)
- Custom widths up to 3000 mm
Advantage of large plates:
- Fewer weld joints
- Better structural strength
- Reduced installation time
- Lower material waste during cutting
3. Common Thickness Range
Wear resistant plates are mainly defined by thickness and hardness combination.
| Thickness Range | Application Type |
|---|---|
| 3 – 6 mm | Light wear protection, liners |
| 6 – 10 mm | Medium industrial wear parts |
| 10 – 20 mm | Heavy machinery and mining equipment |
| 20 – 50 mm | Extreme wear and structural liners |
Thicker plates are typically used in mining and high-impact environments.
4. Grade and Size Relationship
Different wear steel grades are commonly supplied in these thickness ranges:
- NM360 / AR400 → 3–30 mm
- NM400 / AR450 → 5–50 mm
- NM500 → 8–60 mm
- High hardness grades → customized heavy thickness plates
5. Custom Cutting and Fabrication Sizes
Wear plates are often delivered in cut-to-size form, including:
- Laser cutting plates
- CNC shaped wear parts
- Chute liners and hopper panels
- Bucket wear segments
- Pre-drilled or welded assemblies
This reduces on-site fabrication time and improves installation efficiency.
6. Key Features of Wear Plate Sizes
- Standardized global sheet formats for easy processing
- Flexible thickness selection for different wear levels
- Large format plates reduce welding joints
- Fully customizable for industrial design requirements
- Compatible with cutting, bending, and welding operations



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