10+8 Bimetallic Composite Hardfacing Wear Plate for Steel Processing, Welding Wire and Building Materials Metallurgy

Product Introduction

The 10+8 Bimetallic Composite Hardfacing Wear Plate is a high performance wear resistant steel plate designed for industrial equipment operating under severe abrasion, friction and impact conditions. It is manufactured using advanced chromium carbide overlay welding technology, combining a strong carbon steel base with a high hardness wear resistant alloy layer.

This 10+8 Hardfacing Wear Plate consists of a 10 mm base steel layer and an 8 mm chromium carbide overlay layer, providing a total thickness of 18 mm. The composite structure offers an excellent balance between surface hardness, wear resistance and structural strength, making it suitable for heavy duty industrial applications.

The Hardfacing Wear Plate is widely used in steel processing, welding wire production, building materials manufacturing and metallurgical equipment. Its wear resistant surface helps protect machinery components from continuous material abrasion and reduces equipment maintenance requirements.

Customized plate dimensions, thickness combinations and cutting services are available according to customer drawings and specific project requirements.

Applications and Uses

The 10+8 Bimetallic Composite Hardfacing Wear Plate is suitable for various industrial applications involving abrasive materials and continuous mechanical wear.

Steel Processing Industry

Used for steel production equipment, material conveying systems, steel plate processing machinery, feeding chutes and industrial equipment liners.

Welding Wire Industry

Suitable for material handling equipment, powder conveying systems, production line components and wear protection parts used in welding wire manufacturing.

Building Materials Industry

Applied to cement production equipment, aggregate processing machinery, crushing systems, material storage bins and conveyor chutes.

Metallurgical Industry

Used in sintering plants, blast furnace auxiliary equipment, ore handling systems, screening machines and raw material transfer equipment.

Mining and Heavy Industry

Suitable for crusher liners, vibrating screens, hoppers, mining machinery and bulk material transportation systems.

Technical Specifications

Key Advantages

1. Excellent Abrasion Resistance

The chromium carbide overlay provides high surface hardness and excellent resistance to sliding abrasion, helping protect equipment from premature wear.

2. Strong Composite Performance

The combination of a tough steel substrate and a high hardness alloy layer provides reliable mechanical support and long lasting wear protection.

3. Extended Service Life

The Hardfacing Wear Plate helps reduce wear related equipment failures, replacement frequency and unplanned production downtime.

4. Flexible Cutting and Processing

The plate can be cut and fabricated into different shapes and dimensions according to customer drawings and installation requirements.

5. Wide Industrial Compatibility

It is suitable for different working environments in steel processing, welding wire manufacturing, building materials, metallurgy, mining and cement production.

6. Reduced Maintenance Costs

Using Hardfacing Wear Plate in high wear areas can improve equipment reliability and reduce long term operating and maintenance expenses.

Global Industrial Supply and Applications

As global manufacturing industries continue to upgrade their production equipment, the demand for durable wear resistant materials is increasing across multiple industrial sectors.

Our 10+8 Bimetallic Composite Hardfacing Wear Plate is designed to serve international equipment manufacturers, steel processing companies, welding wire producers, building material suppliers and metallurgical enterprises.

From steel manufacturing plants in Europe to cement production facilities in Southeast Asia, mining operations in Australia and metallurgical projects in the Middle East and South America, this product provides dependable wear protection for demanding industrial environments.

We offer flexible thickness combinations, customized dimensions, drawing based cutting and wholesale supply services to meet different international project requirements. With its combination of wear resistance, structural strength and processing flexibility, our Hardfacing Wear Plate provides a practical material solution for industrial buyers seeking reliable equipment protection and long term operational performance.

FAQ

Q1. What does 10+8 mean in a Bimetallic Composite Hardfacing Wear Plate?

It refers to a 10 mm carbon steel base layer combined with an 8 mm chromium carbide overlay layer. The total plate thickness is 18 mm.

Q2. What is the main material of the wear resistant surface?

The surface layer is made from a chromium carbide alloy deposited through hardfacing welding technology to provide excellent abrasion resistance.

Q3. Can the 10+8 Hardfacing Wear Plate be cut according to customer requirements?

Yes. Customized cutting and fabrication services are available according to customer drawings, dimensions and installation requirements.

Q4. Which industries use this composite wear plate?

It is commonly used in steel processing, welding wire production, building materials manufacturing, metallurgy, mining, cement and power generation.

Q5. What other thickness combinations are available?

Available specifications include 3+3, 4+4, 6+4, 6+6, 8+4, 8+5, 8+6, 8+8, 10+4, 10+6, 10+8, 10+10, 12+6, 12+8, 12+10 and 12+12 mm.

Q6. What are the advantages of choosing a Hardfacing Wear Plate?

It provides excellent abrasion resistance, a strong composite structure, flexible processing options and extended equipment service life, helping reduce maintenance costs in demanding industrial applications.

Packaging & shipping specifications