Wear Products
Rhino-Tuf® EZ
AR400 Abrasion Resistant, Alloy Wear Plate
Rhino-Tuf EZ is an abrasion resistant, “thru-hardened”, AR400 wear plate. This alloy wear plate offers excellent service for applications where formability, toughness, weldability and abrasion resistance are required. Typical hardness range is 400/440BHN. Typical tensile strength is 180,000 PSI.
Rhino-Tuf EZ is different from commercial grade wear plates. Made in controlled heat lots; the addition of alloying elements, such as Nickel, Chromium, Molybdenum, Titanium and Copper contribute to a chemistry rich enough to provide superior wear and uniformity of hardness but lean enough to have a low Carbon Equivalency (CE), for safety in fabrication.
Do not settle for other plate products that only offer a surface hardness or that “shock” the plate to hardness with no depth of hardness. Rhino-Tuf EZ is engineered to replace most other commercial grade abrasion resistant plate products including, but not limited to: HSLA, T-1, A36, AR360, AR400 and A514. Rhino-Tuf EZ extends service life and offers real wear performance. Call or email us for a quote.
Spacing
Key Features
Clean Steel Technology – a manufacturing process that delivers consistent steel through control and refinement of the melt.
Vacuum Degassed – eliminates many impurities found in standard commercial grade alloys. The result is a better, cleaner, and stronger product that extends service.
Abrasion Resistant – designed to resist many forms of abrasion, impact and gouging.
Ease of Machining and Welding – Free of hard and spots which allow for predictability in machining. Utilize the “Standard Low Hydrogen Method” for welding this alloy plate product.
Low Carbon Equivalency (CE) – User friendly. Formable. Responds well to fabrication in the field.
Typical Mechanical Properties
Hardness, Brinell | 400/440 BHN |
Tensile Strength | 180,000 P.S.I. |
Yield Strength | 140,000 P.S.I. |
Grain Type | Tempered Martensite |
Elongation in 2″ | 15% |
Reduction of Area | 60% |
Carbon Equivalency (CE) | 47 |
Typical Chemical Analysis
C | MN | PH | S | SI | NI | CR | MO | TI | Other |
---|---|---|---|---|---|---|---|---|---|
.20 | 1.00 | .025 max | .005 | .50 max | 1.20 max | .55/.90 | .50 max | .03 | (variances by heat lot)* |
*Boron, Vanadium, Aluminum and Columbium may be added at the discretion of the producing mill.
Available Sizes
3/16″
1/4″
3/8″
1/2″
5/8″
3/4″
1″
1-1/4″
1-1/2″
2″
2-1/2″
3″
4″
48″ x 144″
48″ x 288″
96″ x 144″
96″ x 288″
Spacing
Applications
- Chain Conveyors
- Mixer Components
- Crusher Plates
- Cutting Edges
- Shakeout Liners
- Chipper Blades
- Screw Flights
- Coal Chutes
- Hammers
- Wear Guides
- Screens
- Truck Bed Liners
- Wear Rings
- Inspection Plates
- Bucket Liners
- Various Hoppers
- Fan Blades
- Levelers
- Ballistic Targets
- Impact Pads
Plate Weight Chart
Thickness of Plate | Weight Lbs. Per Square Inch | Weight Lbs. Per Square Foot |
---|---|---|
1/8″ plate | .0365 | 5-1/4 # |
3/16″ plate | .055 | 8# |
1/4″ plate | .073 | 10-1/2# |
5/16″ plate | .083 | 12# |
3/8″ plate | .108 | 15-1/2# |
1/2″ plate | .145 | 20-3/4# |
5/8″ plate | .180 | 26# |
3/4″ plate | .218 | 31-1/4# |
1″ plate | .290 | 41-1/2# |
1-1/4″ plate | .363 | 52# |
Sheffield™ 45XL is the past protected tradename of North American Steel Company.
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For a downloadable PDF flyer click on the button below.
Note: Wear plate products are designed for liner applications; they are not intended for use as self-supporting structures or lifting devices.