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Material | Steel |
Hardness | 400bhn |
width | 500-3000 milimeter |
Density | 8.00 |
Shape | Rectangle & Square |
Elongation | 20% |
Surface Treatment | Polished |
Resistant Type | Hardened Tempered |
Technique | Hot Rolled |
Application | Mining Truck And Machines |
Abrasion Resistant Grade | C | Si | Mn | S | B | P | Cr | Ni | Mo |
AR300 Plate | 0.18 | 0.7 | 1.70 | 0.015 | 0.005 | 0.025 | 1.50 | 0.40 | 0.50 |
AR450 Plate | 0.26 | 0.7 | 1.70 | 0.015 | 0.005 | 0.025 | 1.00 | 0.70 | 0.50 |
AR500 Plate | 0.30 | 0.7 | 1.70 | 0.015 | 0.005 | 0.025 | 1.00 | 0.70 | 0.50 |
AR400 Plate | 0.25 | 0.7 | 1.70 | 0.015 | 0.005 | 0.025 | 1.50 | 0.70 | 0.50 |
Grade | Tensile Strength MPa | Hardness Range | Impact Strength Charpy V 20J | Yield Strength MPa | Elongation A |
AR400 Plates | 1250 | 360-480 | -40C | 1000 | 10 |
AR300 Plates | 1000 | - | -40C | 900 | 11 |
AR450 Plates | 1450 | 420-500 | -40C | 1200 | 8 |
AR500 Plates | 1450 | 450-540 | -30C | 1250 | 8 |
Steel Grade | Ruukki | ThyssenkKrupp | JFE | DILLIDUR |
NM400 | Raex400 | XAR400 | EH400 | 400V |
NM500 | Raex500 | XAR500 | EH500 | 500V |
NM450 | Raex450 | XAR450 | - | 450V |
NM360 | - | - | EH360 | - |
Thickness | Width | Length |
5 mm | 2000 mm | 6000 mm |
4 mm | ||
6 mm | ||
6 mm | ||
8 mm | ||
10 mm | ||
8 mm | ||
15 mm | ||
12 mm | ||
20 mm | ||
16 mm | ||
32 mm | ||
25 mm | ||
50 mm | ||
40 mm | ||
60 mm | 1800 mm | 3400 mm |
Grade | Width | Thickness | Length |
AR400F Plates | 48" – 120" | 3/16" – 4" | 96" – 480" |
AR450F Plates | 48" – 96 " | 3/16" – 2 " | 96" – 480" |
AR200 / AR 235 Plates | 48" – 120" | 3/16" – 3/4" | 96" – 480" |
AR500 Plates | 48" – 96 " | 3/16" – 2 " | 96" – 480" |
AR600 Plates | 48" – 96 " | 3/16" – 3/4" | 96" – 480" |
Grade | Typical Hardness (BHN) | Remarks |
AR600 | 570 – 625 BHN | Extremely hard; used in high-impact applications. Less commonly available. |
AR500 | 460 – 544 BHN | Excellent balance of hardness and toughness. Ideal for heavy-duty applications. |
AR450 | 430 – 480 BHN | Offers good wear resistance with better formability than AR500. |
AR400 | 360 – 440 BHN | Suitable for moderate wear environments. Easiest to form and weld among AR grades. |
Cement Industrial Plants Used in chutes, hoppers, silos, and material handling systems exposed to constant abrasion from cement and aggregates. |
Construction, Demolition & Recycling AR sheets line the interiors of crushers, screens, and excavator buckets, offering extended wear life under heavy-duty operations. |
Material Handling, Crushing & Conveying Ideal for liners, wear bars, and impact plates in conveying systems, crushers, and feeders. |
Earthmoving Equipment Applied in dozer blades, excavator buckets, and skid plates to withstand abrasive soil and rock contact. |
Agricultural Machinery Used in plowshares, tillage tools, and grain-handling equipment where soil and debris cause heavy wear. |
Quarrying and Mining Essential for dump truck beds, loader buckets, crushers, and screens exposed to constant impact and abrasion. |
Trucks, Trailers & Heavy Vehicles Reinforces bodies and beds for off-road vehicles and transport equipment exposed to tough loads and abrasive materials. |
Abrasion-resistant (AR) steel plate is a specialized category of high-carbon alloy steel engineered primarily for applications demanding high wear resistance. It is characterized by its exceptional hardness and toughness, while still offering good formability for various manufacturing processes.
Broadly, an abrasion-resistant material is engineered to withstand the rubbing and degrading forces encountered when it comes in contact with other surfaces. Its inherent resilience makes it ideal for challenging working conditions where durability and extended service life are critical.
The difference is mainly in application and properties. Mild steel is a general purpose structural steel ideal for a multitude of general purposes. It exhibits good formability and weldability. AR, or Abrasion-Resistant plates are engineered to withstand far more impact, abrasion, and general wear and tear. While mild steel will work for several structures to be built with, AR plates are specifically for structures that will see severe, abrasive conditions. This enhanced wear resistance in AR plates often comes with considerations for formability and weldability compared to mild steel, due to its increased hardness.
Steel that is resistant to abrasion is made by the processes of quenching and tempering. Quenching cools heated steel rapidly, hardening it, and tempering it reduces brittleness, retaining much of that hardness. The steel that results from these processes is exceptionally resistant to wear.
While certain grades of AR steel, notably AR500, exhibit significant ballistic-resistant properties and are commonly used for applications like shooting targets and basic protective equipment, it's important to understand that "bulletproof" is a relative term. To stop a greater level of ballistic threat, you will generally need more specialized armor materials. So "ballistic-resistant" is a more accurate term to describe AR steel in those situations.
Yes, AR plate is machinable, though its high hardness necessitates specialized techniques, tooling, and parameters. Several cutting and machining methods are commonly employed: Plasma cutting, Laser cutting, Water-jet cutting, Flame cutting, CNC machining (using robust cutting tools and optimized speeds/feeds) , Each method has its advantages. These methods are selected based on plate grade, thickness, and cutting accuracy needed. Proper technique ensures efficient machining without compromising plate integrity.