AR400 AR500 AR600 Steel Plate
Quenched and tempered wear plate for chutes liners buckets and crusher bodies
Specifications
Wear Resistant Steel Plate
Abrasion Resistant Steel Plate in AR500 NM400 and NM500
One plate supply covering AR NM XAR RAEX QUARD and FORA wear grades
Abrasion resistant steel plate is an alloy plate in 2-100mm thickness that holds a hard wear face over a tougher substrate. Maintenance engineers in metallurgy coal cement electricity glass mining building materials and brick and tile plants specify it wherever moving bulk material cuts through ordinary plate. Because the grade list spans AR400 AR500 NM400 NM500 XAR500 RAEX500 QUARD500 and FORA500, a drawing written around a European brand designation can be filled without reissuing it or hunting a second supplier. Panels arrive cut bent and punched so a shutdown crew fits them rather than fabricating them.
- Product Name — Abrasion resistant steel plate or sheet wear resistant steel plate or sheet
- Also Known As — AR steel plate wear resistant steel sheet
- Place of Origin — China
- Size — Customized size
- Thickness — 2-100mm
Why It Is Specified
Key Benefits of Abrasion Resistant Steel Plate
Brand Designations Matched on One Grade List
XAR500 RAEX500 QUARD500 and FORA500 sit alongside AR400 AR500 NM400 and NM500. A specification written around any of these can be quoted from one source instead of split across regional agents.
Wear Life Stated Against Three Reference Materials
Wear resistance is stated at 15-20 times ordinary steel plate, 5-10 times low alloy steel plate and 2-5 times high chromium cast iron, which gives a basis for comparing a change of liner material.
Hard Face With a Load Carrying Base
The wear resistant layer takes the abrasion while the substrate carries the load of the medium. That split is why the plate keeps working under lumpy feed.
Chromium Content Adds Corrosion Tolerance
The alloy layer contains a high percentage of metallic chromium, so the plate holds up in damp handling duties where mild steel liners rust as fast as they wear.
Cuts Bends Welds and Punches
Processing performance is good enough that the plate is worked into finished parts, and panels connect to existing structures by welding plug welding or bolting.
Heat Tolerance Stated for the Alloy Layer
The alloy wear resistant layer is recommended for service at or below 600 degrees Celsius, and at or below 800 degrees Celsius where vanadium molybdenum and other alloys are added.
Problems It Solves
What This Material Removes From Your Process
Specifications Locked to a Brand Grade
A drawing naming XAR500 RAEX500 QUARD500 or FORA500 can stall procurement when that brand is not available locally. The same list is quoted here so the specification stands as written.
No Basis for Comparing Liner Materials
Choosing between mild steel, low alloy plate and cast iron liners is guesswork without a reference. Wear resistance stated at 15-20 times, 5-10 times and 2-5 times against those three materials gives a starting point for the calculation.
Repairs That Cannot Be Done at the Plant
Materials that cannot be welded or drilled leave the site for a workshop. AR plate is cut bent welded and punched and joins existing structures by welding plug welding or bolting, which saves time at the repair site.
Liners Rusting While They Wear
Damp bulk material attacks the liner from both sides. The high percentage of metallic chromium in the alloy layer gives the plate rust and corrosion resistance alongside its wear performance.
Hot Duty Exceeding the Liner Material
Where the liner sees elevated temperature, the standard alloy layer is recommended to 600 degrees Celsius and vanadium and molybdenum additions extend that to 800 degrees Celsius.
Application Scenarios
Where It Is Used
Metallurgical Plant Handling Equipment
Slag runners skip liners and charging equipment faces where hot abrasive material moves continuously.
Coal and Power Plant Transfer Points
Chutes hoppers and mill housings in coal handling and power generation where fine abrasive dust cuts mild steel.
Cement Plant Wear Faces
Feed chute liners separator parts and clinker handling components in cement production.
Glass and Building Material Lines
Batch handling equipment and mixer contact faces on glass and building material production plants.
Brick and Tile Production
Auger flights press faces and clay handling components where continuous contact with abrasive clay wears steel away.
Mining and Quarry Earthmoving Parts
Loader bulldozer and excavator wear parts including bucket liners and blade protection.
Who It Is For
Buyers Who Specify This Product
- Cement plant maintenance planners ordering chute and hopper liner panels for a shutdown
- Coal handling engineers replacing transfer point liners on a conveyor system
- Mining workshop supervisors rebuilding loader and excavator wear parts
- Purchasing engineers holding a drawing that specifies XAR500 RAEX500 QUARD500 or FORA500
- Brick and tile plant engineers renewing auger and mixer wear faces
- Equipment OEM buyers sourcing wear packages for chutes screens and hoppers
Technical Data
Specifications and Technical Features
Values below come from the product data published by Shandong Tianyu Metal Products. Confirm the exact grade and size against your order.
| Product Name | Abrasion resistant steel plate or sheet wear resistant steel plate or sheet |
|---|---|
| Also Known As | AR steel plate wear resistant steel sheet |
| Place of Origin | China |
| Size | Customized size |
| Thickness | 2-100mm |
| Technique | Q and T |
| Grade | AR500 AR400 NM400 NM500 XAR500 RAEX500 QUARD500 FORA500 |
| Application | Loader bulldozer excavator |
| Processing Service | Bending welding decoiling cutting punching |
| Surface | Natural or painted |
| Certificate | Mill test certificate |
| Sample | Available |
Technical Features
- Thickness 2-100mm in customized sizes
- Q and T quenched and tempered technique
- Grades AR400 AR500 NM400 NM500 XAR500 RAEX500 QUARD500 FORA500
- Alloy wear layer over a load carrying substrate
- High percentage of metallic chromium in the alloy layer
- Recommended service at or below 600 degrees Celsius and at or below 800 degrees Celsius with vanadium and molybdenum additions
- Surface natural or painted
- Bending welding decoiling cutting and punching available
Materials
- Alloy steel plate with a wear resistant layer over a tougher substrate
- Alloy layer containing a high percentage of metallic chromium
- Grades AR400 AR500 NM400 and NM500
- Equivalent designations XAR500 RAEX500 QUARD500 and FORA500
- Wear layer with vanadium and molybdenum additions for higher temperature duty
Certification
- Mill test certificate supplied with each shipment
Manufacturing
How It Is Made and Processed
Hot rolling to the ordered plate thickness
Quenching and tempering to the grade hardness
Cutting panels to the liner drawing
Bending to the chute or hopper profile
Punching of bolt and plug weld holes
Welding of panel assemblies where requested
Natural or painted surface finishing
Marking and export packing
Quality Control
Checks Before It Ships
- Mill test certificate issued for the ordered grade
- Plate thickness confirmed inside the 2-100mm range
- Grade equivalence confirmed in writing where a brand designation is substituted
- Cut panel dimensions checked against the liner cutting list
- Hole pattern checked against the drawing before packing
- Edge protection verified at loading
Customization
What We Can Change on Your Order
- Panels cut to the liner or chute drawing
- Grade selected across AR NM XAR RAEX QUARD and FORA designations
- Bending to the hopper or chute radius before shipment
- Bolt hole and plug weld hole punching to your pattern
- Painted or natural surface
- Higher temperature wear layer specified where the duty runs hot
Comparison
Abrasion Resistant Steel Plate Against the Alternatives
| Mild steel liner plate | Wear resistance is stated at 15-20 times that of ordinary steel plate, so liner changes come round far less often in the same duty. |
|---|---|
| Low alloy structural plate | Stated at 5-10 times the wear resistance of low alloy steel plate while still accepting cutting bending welding and punching. |
| High chromium cast iron liner | Stated at 2-5 times the wear resistance of high chromium cast iron, and the plate can be welded plug welded or bolted where a casting can only be clamped in. |
| Imported branded wear plate | The same designations XAR500 RAEX500 QUARD500 and FORA500 are quoted from stock in Shandong, which shortens the supply route for a shutdown order. |
Use Guide
Specifying Handling and Welding Notes
- Name the designation printed on your drawing so the AR NM XAR RAEX QUARD or FORA equivalent is matched at order entry
- Keep the higher grade for the impact and high wear zone and use a lower grade on the rest of the structure
- Hold service temperature at or below 600 degrees Celsius for the standard alloy layer
- Specify the higher temperature wear layer with vanadium and molybdenum where duty reaches up to 800 degrees Celsius
- Send the liner drawing with bolt hole positions so panels arrive ready to fit at the shutdown
- Weld with a procedure written for quenched and tempered plate and preheat thicker sections
Questions Buyers Ask
Abrasion Resistant Steel Plate FAQ
Do you supply NM400 and NM500 as well as AR grades?
Yes. The grade list covers AR400 AR500 NM400 NM500 XAR500 RAEX500 QUARD500 and FORA500 so a drawing can be filled under the designation it already uses.
How does wear life compare with the plate we use now?
Wear resistance is stated at 15-20 times ordinary steel plate, 5-10 times low alloy steel plate and 2-5 times high chromium cast iron. Real service life still depends on the material handled and the impact energy.
What thickness range is available?
2mm to 100mm, in customized sizes. Panels are cut to your liner drawing rather than supplied only as full plates.
Can the plate handle hot material?
Service at or below 600 degrees Celsius is the recommendation for the standard alloy layer. Adding vanadium molybdenum and other alloys to that layer takes it up to 800 degrees Celsius in high temperature wear duty.
Will the plate rust in a wet handling duty?
The alloy layer contains a high percentage of metallic chromium, so it has a degree of rust and corrosion resistance alongside the wear performance.
Can we fit panels ourselves at the plant?
Yes. The plate can be cut bent welded and punched, and panels connect to existing structures by welding plug welding or bolting, which saves time at the repair site.
Is there a certificate with the delivery?
A mill test certificate is issued against the ordered grade and ships with the material for your maintenance record.
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