Product Overview
AR500 steel plate is a premium abrasion-resistant (AR) steel known for its exceptional hardness, toughness, and durability. With a Brinell Hardness Number (BHN) ranging from 470 to 540, AR500 is engineered to withstand extreme wear and impact, making it ideal for high-wear applications such as mining equipment, concrete handling, and heavy machinery components .
📊 Technical Specifications
Property | Value |
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Brinell Hardness (BHN) | 470 – 540 |
Thickness Range | 3/16″ – 2″ |
Width Range | 48″ – 96″ |
Length Range | Up to 480″ |
Heat Treatment | Quenched and Tempered |
ASTM Specification | Meets ASTM E10 for hardness |
⚙️ Key Features
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Exceptional Hardness: Provides superior resistance to sliding and impact wear.
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Enhanced Toughness: Maintains structural integrity under high-stress conditions.
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Versatile Applications: Suitable for various industries requiring durable materials.
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Consistent Quality: Mill test reports supplied with each order ensure compliance with specifications.
⚖️ AR500 vs. AR400 Steel: Comparative Analysis
Feature | AR500 Steel | AR400 Steel |
---|---|---|
Brinell Hardness | 470 – 540 BHN | 360 – 440 BHN |
Wear Resistance | Superior | Moderate |
Impact Resistance | High | Higher due to increased ductility |
Formability | Lower | Higher |
Typical Applications | Mining equipment, armor plating | Dump truck bodies, hoppers |
🛠️ Step-by-Step Guide: Selecting AR500 Steel Plate
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Identify Application Requirements: Determine the specific wear and impact conditions the steel will face.
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Assess Material Thickness: Choose the appropriate thickness based on structural needs.
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Evaluate Formability Needs: Consider the complexity of shapes required for your application.
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Review Heat Treatment Specifications: Ensure the steel meets necessary hardness and toughness criteria.
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Confirm Compliance: Verify that the steel meets ASTM E10 specifications and obtain mill test reports.
⚠️ Common Misconceptions
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Misconception: AR500 steel is bulletproof.
Clarification: While AR500 offers high hardness, ballistic protection requires additional testing and certification. -
Misconception: Higher hardness always equates to better performance.
Clarification: Increased hardness can reduce formability and increase brittleness; balance is key based on application.