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Wear Plate Grade Selection Guide

Uncategorized

HALDEN Wear Plate Selection

Wear Plate Grade Selection Guide

Choose the right HALDEN wear plate grade according to abrasion level, impact, temperature, material flow and special working conditions. This guide helps buyers quickly decide whether to start from H-100, H-200, H-300, H-400, H-500, H-600 or H-900.

Ask HALDEN for Grade Recommendation

HALDEN wear plate grade overview

HALDEN Grade Working Condition Typical Hardness Main Applications
H-100 General CCO Plate Ordinary abrasive wear, low to medium impact HRC 58-65 Chutes, hoppers, conveyor liners, cement equipment
H-200 Severe Abrasion Plate Severe abrasive wear, low to medium impact HRC 58-65 Crusher liners, mining chutes, port unloading systems
H-300 Smooth Surface CCO Plate Powder, slurry and sticky material conveying HRC 55-63 Cement powder, mineral powder, coal powder, bins, pipe lining
H-400 High Temperature Plate High-temperature abrasive wear HRC 58-65 Boilers, cyclones, sintering, hot material conveying
H-500 Impact Resistant Plate Combined impact and abrasive wear HRC 55-65 Crushing, loading, impact zones, heavy-duty liners
H-600 Steel Mill Plate Sliding, guiding and side wear in steel plants HRC 45+ Slide plates, guide blocks, side guide plates, rolling mill equipment
H-900 Custom Alloy Plate Customized for special wear conditions Customized as required High temperature, corrosion, strong impact and special materials

Quick selection rules

Start with H-100
When the wear problem is ordinary sliding abrasion and impact is not severe.
Upgrade to H-200
When ore, aggregate, clinker or slag creates severe abrasive wear.
Choose H-300
When powder, slurry or sticky material needs smoother flow and lower buildup risk.
Choose H-400
When abrasive material is hot or the equipment faces high-temperature wear.
Choose H-500
When falling material, coarse lumps or loading points create impact plus abrasion.
Choose H-600
When the part is used in steel mill sliding, guiding or side-wear positions.
Use H-900 for custom cases
When the condition includes corrosion, unusual temperature, strong impact, special material, competitor replacement or unclear mixed failure modes.

Need Help Choosing?

Send your working condition to HALDEN

To recommend the right grade, please share the equipment position, handled material, temperature, impact level, current service life, drawings or photos.

Contact HALDEN

August 16, 2026/by jimmy
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Link to: What Base Materials Can Be Laser Clad? What Base Materials Can Be Laser Clad?Engineer evaluating different substrate base materials before laser cladding Link to: Why Does Laser Cladding Fail? A Buyer’s Guide to Cracks, Porosity, Dilution and Rework Laser cladding repair of a worn industrial cylindrical component in a workshopWhy Does Laser Cladding Fail? A Buyer’s Guide to Cracks, Porosity, Dilution...
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