Abrasion Resistant Wear Plate – High-hardness steel plate for severe wear environments.
NM400 & NM500 Available – Multiple hardness grades for mining and heavy machinery.
Custom Size Processing – Thickness, dimensions, cutting and drilling can be customized.
Extended Equipment Service Life – Helps reduce component replacement and maintenance frequency.
Export Ready Supply – MTC, inspection support, seaworthy packing, FOB, CIF and CFR available.
Wear plate is a high-hardness abrasion resistant steel plate developed for equipment and structural components exposed to friction, impact, sliding wear and abrasive materials. It is widely used in mining, quarrying, construction machinery, cement production, material handling and other heavy-duty industries.
Compared with conventional structural steel plate, wear-resistant steel plate offers higher hardness and better resistance to surface material loss. Selecting the correct wear plate can help extend equipment service life, reduce replacement frequency and lower long-term maintenance costs.
Henan GDD supplies wear plates in NM360, NM400, NM450, NM500, NM550, NM600 and other requested grades. Thickness, width, length, hardness level, cutting shape, hole position and packing method can be customized according to drawings and application requirements.
| Item | Specification |
|---|---|
| Product Name | Wear Plate / Abrasion Resistant Steel Plate |
| Common Grades | NM360, NM400, NM450, NM500, NM550, NM600 or Customized |
| Other Requested Grades | AR400, AR450, AR500 and Project-specific Wear-resistant Grades |
| Standard | GB/T 24186, EN, ASTM, JIS or Customer Specification |
| Thickness | 4 mm – 120 mm or Customized |
| Width | 1500 mm – 4000 mm or Customized |
| Length | 3000 mm – 12000 mm or Customized |
| Hardness | Approximately 360 – 600 HBW Depending on Grade |
| Surface Condition | Black, Shot Blasted, Primer Coated or Customized |
| Edge Condition | Mill Edge, Flame-cut Edge, Plasma-cut Edge or Machined Edge |
| Processing Service | Cutting, Drilling, Bending, Beveling, Welding Preparation and Drawing-based Fabrication |
| Inspection | MTC, Hardness Test, Dimension Inspection, Surface Inspection and Third-party Inspection |
| Applications | Mining, Crushers, Excavators, Dump Trucks, Cement Equipment, Chutes and Conveyors |
| Packing | Steel Strip Bundles, Pallet Packing or Standard Export Seaworthy Packing |
| Trade Terms | FOB, CFR, CIF, EXW |
Hardness values and available dimensions may vary by grade and production batch. Final technical requirements should be confirmed by the purchase specification and material certificate.
Wear plate is a quenched or specially processed alloy steel plate with high surface hardness and controlled mechanical properties. It is designed to resist material loss caused by sliding abrasion, mineral impact, sand, gravel, ore, cement clinker and other abrasive substances.
The hardness of wear plate makes it suitable for parts that are repeatedly exposed to abrasive materials. At the same time, properly selected wear-resistant steel can retain sufficient toughness for fabrication and service under impact conditions.
Wear plate is commonly cut and fabricated into liners, bucket components, truck body parts, chutes, hoppers, screens, blades and other replaceable wear components.
NM400 wear plate provides a practical balance of hardness, toughness and processing performance. It is widely used for excavator buckets, dump truck bodies, liners, construction machinery and medium-duty wear components.
NM450 steel plate offers higher hardness than NM400 while retaining suitable fabrication performance. It is used for mining machinery, crusher components, loaders, chutes and equipment exposed to stronger abrasion.
NM500 wear plate is selected for severe abrasion environments where longer component life is required. Typical applications include crusher liners, mining equipment, screening systems, conveyor parts and heavy-duty bucket components.
NM550 and NM600 are higher-hardness wear plate grades intended for extremely abrasive service conditions. Processing and welding procedures should be selected carefully according to plate thickness, component design and supplier recommendations.
Wear-resistant steel plates can be supplied according to project specifications, drawings or required hardness levels. Customers should confirm the grade, thickness, dimensions, hardness, impact requirement and intended fabrication method before ordering.
In the mining industry, wear plate is used for crusher liners, hopper liners, vibrating screens, ore transfer equipment, conveyor components and mining truck bodies. These components are continuously exposed to rock, ore and other abrasive materials.
In construction machinery, abrasion resistant steel plate is used for excavator buckets, loader buckets, bulldozer components, cutting edges, side plates and protective liners.
Cement plants use wear plate for chutes, hoppers, clinker handling equipment, crusher parts and material transport systems. It can also be used in coal handling, power generation, recycling and agricultural machinery.
For transportation equipment, wear plate can be fabricated into dump truck floors, side walls, trailer bodies and other parts that handle sand, stone, coal and construction waste.
The high hardness of wear-resistant steel plate helps reduce surface material loss caused by sliding, scraping and continuous contact with abrasive materials.
Replacing conventional steel with a suitable wear plate can extend the working life of liners, buckets, truck bodies and other wear components.
Longer replacement intervals can help reduce equipment downtime, maintenance labor and spare component consumption.
Different grades can be selected according to abrasion level, impact condition, fabrication process and expected service life.
Wear plate can be cut, drilled, bent, beveled and fabricated according to customer drawings, helping reduce additional processing after delivery.
Wear-resistant steel plate is designed for demanding industries such as mining, quarrying, cement production, construction machinery, material handling and recycling.
NM400 wear plate normally provides better fabrication flexibility and is suitable for medium to heavy abrasion conditions. It is commonly selected for dump truck bodies, excavator buckets, liners and construction machinery parts.
NM500 wear plate has higher hardness and is designed for more severe abrasive service. It is commonly used for crusher components, mining equipment, screens, chutes and parts requiring longer wear life.
Higher hardness does not automatically mean that the material is suitable for every application. The correct grade should be selected according to abrasion type, impact load, plate thickness, bending requirement, welding process and component design.
Ordinary carbon steel plate is mainly selected for structural strength, fabrication and general construction. Its hardness and wear resistance are normally lower than those of specialized wear plate.
Wear-resistant steel plate is developed specifically for abrasive environments. It provides higher hardness and better resistance to material loss, making it more suitable for liners, buckets, truck bodies and other wear components.
Carbon steel plate may have a lower initial material cost, but wear plate can provide better long-term value when component replacement, equipment downtime and maintenance frequency are considered.
Henan GDD can arrange flame cutting, plasma cutting and other processing services according to plate grade, thickness and required shape. Rectangular plates, strips, circles, liners and drawing-based components can be discussed.
Drilling, hole processing, beveling, bending and welding preparation may also be available according to the required grade and component design. For precision processing, customers should provide detailed drawings, tolerances and hole positions.
Because high-hardness steel has different processing characteristics from ordinary structural steel, suitable tools, cutting parameters and fabrication procedures should be used.
Wear plate can be welded and formed when proper procedures are followed. Welding consumables, heat input, preheating requirements and interpass temperature should be selected according to grade, thickness and working conditions.
Bending direction, bending radius, plate hardness and edge quality should be considered before forming. Higher-hardness grades generally require more careful processing than lower-hardness grades.
Customers should follow the applicable technical recommendations and qualified fabrication procedures for important components.
Henan GDD supplies wear-resistant steel plates for mining companies, equipment manufacturers, crusher factories, construction machinery producers, cement plants, truck body manufacturers and global steel distributors.
We support multiple wear plate grades, customized dimensions, drawing-based cutting, hole processing, surface treatment, inspection documents and international shipment.
From specification confirmation and quotation to production, processing, inspection, packing and loading, our team provides one-stop export support for abrasion resistant steel plate orders.
Before shipment, inspection can include material grade, thickness, width, length, hardness, surface condition, flatness, edge condition, processed dimensions, quantity and packing.
For project and machinery orders, chemical composition, mechanical properties, hardness testing, ultrasonic testing and third-party inspection can be arranged according to customer specifications.
MTC, inspection reports, product photos, packing photos, loading photos and third-party inspection documents can be provided according to order requirements.
Wear plates are usually packed in steel strip bundles or on reinforced pallets according to plate size, thickness and order quantity. Protective wrapping, edge protection, labels and customized shipping marks can be arranged.
Cut components and smaller processed parts can be packed in wooden cases or on pallets to reduce movement and damage during transportation.
Shipment can be arranged by container, bulk vessel or break-bulk vessel depending on plate dimensions, total quantity and destination port. Commercial invoice, packing list, bill of lading, MTC and certificate of origin can be provided as required.
Wear plate is used for crusher liners, excavator buckets, dump truck bodies, hoppers, chutes, conveyor systems, cement equipment, mining machinery and other components exposed to abrasive wear.
Common grades include NM360, NM400, NM450, NM500, NM550 and NM600. Other abrasion resistant grades can be discussed according to project specifications.
NM500 normally has higher hardness and stronger abrasion resistance, while NM400 generally provides a practical balance between wear resistance and fabrication performance.
Yes. Cutting, drilling, beveling, bending and other processing services can be arranged according to customer drawings and tolerance requirements.
Yes. Proper welding consumables, heat input, preheating and fabrication procedures should be selected according to plate grade and thickness.
Please provide the grade, thickness, width, length, quantity, processing drawing, hardness requirement, destination port and preferred trade terms.
Yes. MTC, hardness test records, inspection photos, packing photos, loading photos and third-party inspection can be provided according to order requirements.
Looking for NM400, NM450, NM500 or other abrasion resistant steel plates for mining, crushers, excavators or heavy machinery?
Send Henan GDD your required grade, thickness, plate size, quantity, processing drawings and destination port. Our team will provide a professional quotation and suitable export shipping solution.
