3/16-inch AR500 Steel Plates

3/16″ AR500 Steel Plate

The 3/16-inch (approx. 4.76mm) AR500 abrasion-resistant steel plate complies with ASTM/AISI standards and features a Brinell hardness of 470-540 BHN. Made of high-carbon alloy material and processed by quenching and tempering, it boasts excellent wear resistance and impact resistance, and maintains structural stability even in low-temperature environments. It can be laser-cut and welded, and is suitable for high-frequency wear scenarios such as mining equipment, construction machinery, target plates and protective components. It reduces replacement frequency and maintenance costs, making it an ideal choice for industrial high-strength wear-resistant applications.

More Details About 3/16 AR500 Steel Plate

The market price of AR500 steel plate of this specification is subject to the impact of procurement volume, processing requirements and supply chain, with the current average price ranging from $490 to $650 per metric ton.
When the minimum order quantity (MOQ) is 1 metric ton, the unit price is mostly $600-$650 per metric ton; bulk procurement (≥ 5 metric tons) is eligible for discounts, with the unit price reduced to $490-$550 per metric ton.
Based on the standard 4×8-foot panel size, the tax-inclusive unit price of a single sheet (approximately 0.07 metric ton) is about $42-$46.
If value-added services such as laser cutting and custom sizing are required, an additional charge of $80-$120 per metric ton will be levied.
The price fluctuates with iron ore costs and tariff policies, so it is recommended to conduct bulk procurement to lock in costs.

  • Thickness Specification: Standard thickness is 3/16 inch (0.1875 inches) with a thickness tolerance of ±0.005 inches. It features excellent thickness uniformity across the plate surface, meeting precision machining requirements.
  • Hardness Index: Brinell Hardness (HBW) stabilizes between 470-540, falling within the standard range for high-strength wear-resistant steel, with uniform hardness distribution and no obvious deviations.
  • Mechanical Parameters: Tensile strength is approximately 200,000 psi, yield strength ≥170,000 psi, elongation ≥10%. It has qualified impact resistance and no embrittlement risk in low-temperature environments.
  • Machining Precision: Conventional plate dimension tolerance (length/width) is ±0.125 inches. Custom laser cutting is available, with cutting accuracy up to ±0.003 inches.
  • Standard Dimensions: Standard sheet sizes include 48×96 inches and 60×120 inches. On-demand cutting and splitting are supported to fit assembly in different scenarios.
  • Material Standard: Complies with ASTM A514/SAE J441 standards, with compliant chemical composition, low impurity content, and both wear resistance and structural stability.
  • High Hardness & Wear Resistance: With a stable Brinell hardness ranging from 470 to 540 HBW, it boasts excellent wear resistance. Its service life is 4-6 times that of ordinary carbon steel, making it suitable for high-wear working conditions.
  • Strong Mechanical Properties: It has a tensile strength of approximately 200,000 psi and outstanding impact resistance. Its structural integrity remains intact even in low-temperature environments without the risk of brittle fracture.
  • Easy Processability: It can be processed by laser cutting, bending, welding and other methods. The dimensional accuracy is controllable, and it can be customized into finished parts such as target plates and liners according to requirements.
  • Shooting Range Field: Suitable for civil and professional target plate production. It can withstand high-frequency shooting impacts, resist wear and deformation, significantly extend the service life of target plates and reduce replacement frequency.
  • Mining Machinery Field: Used for liners of light mining equipment, chute liners, etc. It resists material scouring and wear, enhancing the durability of core equipment components.
  • Protection and Construction Machinery: Used to make lightweight protective components and accessories for wear-prone parts of construction machinery, balancing structural strength and impact resistance for complex working conditions.

Q:Why is AR500 steel so expensive?

A:AR500 steel’s higher cost stems from four key industry-driven factors. First, its premium high-carbon alloy composition—enriched with manganese and other elements—boosts hardness and durability, costing more than ordinary carbon steel like A36 . Second, the specialized quenching and tempering process requires high energy consumption and strict quality control (e.g., Brinell hardness testing), adding production costs . Third, its exceptional wear and impact resistance (470–540 BHN) delivers long-term value, reducing downtime and replacement costs, justifying the upfront premium . Finally, limited production capacity and strong demand across mining, construction, and protection sectors maintain stable pricing . For buyers, it’s an investment in lower lifecycle costs, not just a higher initial price.

Products Related to 3/16 AR500 Steel Plate

Latest Knowledge

Side Contact Form
HomeAboutProductsContact

Contact Us

Side Contact Form

Download Spec Sheet

Download Spec Sheet Form