10+4 Hardfacing Composite Wear Plate and 10+8 Bimetallic Chromium Carbide Overlay Wear Resistant Steel Plate Wholesale

Product Introduction

The 10+4 Hardfacing Composite Wear Plate is a high performance bimetallic wear resistant steel plate designed for industrial equipment exposed to severe abrasion, friction and material impact. It consists of a 10 mm carbon steel base plate and a 4 mm chromium carbide overlay layer, providing excellent wear resistance and reliable structural support.

The 10+8 Bimetallic Chromium Carbide Overlay Wear Resistant Steel Plate features a 10 mm base steel layer and an 8 mm wear resistant overlay, with a total thickness of 18 mm. This thicker composite structure is suitable for demanding working environments requiring enhanced wear protection and extended service life.

Our Hardfacing Wear Plate combines the toughness of a steel substrate with the high hardness of chromium carbide alloy. The surface layer provides excellent resistance to sliding abrasion, while the base material offers good impact resistance and structural stability.

Available in multiple thickness combinations, this Hardfacing Wear Plate can be customized through cutting and fabrication services to meet different industrial equipment requirements. It is an ideal solution for customers looking for wholesale chromium carbide overlay plates and customized wear resistant steel products.

Applications and Uses

The 10+4 and 10+8 Hardfacing Composite Wear Plates are widely used in industries involving heavy material handling and abrasive operating conditions.

Mining Industry

Used for crusher liners, vibrating screen plates, ore transfer chutes, hoppers, conveyor systems and mining equipment protection.

Cement Industry

Applied to cement mills, clinker handling equipment, raw material conveying systems, storage bins and grinding machinery.

Thermal Power Industry

Suitable for coal handling systems, ash discharge equipment, pulverized coal conveying systems and boiler auxiliary components.

Steel and Metallurgical Industry

Used in sintering plants, blast furnace material handling equipment, steel production lines and industrial wear protection systems.

Recycling and Aggregate Industry

Ideal for crushing machines, sorting equipment, screening systems and abrasive material transfer applications.

Technical Specifications

Key Advantages

1. Excellent Wear Resistance

The chromium carbide overlay provides high surface hardness and excellent resistance to abrasive wear, helping reduce material loss during continuous operation.

2. Strong Bimetallic Bonding

The Hardfacing Wear Plate combines a wear resistant alloy surface with a tough steel substrate, providing a reliable composite structure for industrial applications.

3. Extended Equipment Service Life

Its wear resistant surface helps reduce component replacement frequency, maintenance requirements and unexpected production downtime.

4. Flexible Processing Options

The composite steel plate can be cut into different dimensions and shapes according to customer drawings and equipment requirements.

5. Multiple Thickness Combinations

Options ranging from 3+3 mm to 12+12 mm allow customers to select suitable wear protection solutions according to different working conditions.

6. Cost Effective Industrial Protection

Using Hardfacing Wear Plate in high wear areas helps improve equipment reliability and reduce long term operating costs.

Global Market Solutions

As industrial production continues to expand worldwide, reliable wear protection materials have become increasingly important for mining, cement manufacturing, steel processing and energy production.

Our 10+4 and 10+8 Hardfacing Composite Wear Plates are designed to support industrial buyers, equipment manufacturers, maintenance contractors and engineering companies across international markets.

From mining operations in Australia and South America to cement plants in the Middle East and steel production facilities in Europe and Southeast Asia, these chromium carbide overlay plates provide practical solutions for demanding wear conditions.

We support wholesale orders, customized thickness combinations, drawing based cutting and project specific processing requirements. Whether customers need standard wear plates or specially fabricated components, our Hardfacing Wear Plate solutions help improve equipment durability and maintain stable industrial production.

FAQ

Q1. What is the difference between 10+4 and 10+8 Hardfacing Composite Wear Plate?

The 10+4 plate consists of a 10 mm base steel layer and a 4 mm chromium carbide overlay, with a total thickness of 14 mm. The 10+8 plate has a 10 mm base and an 8 mm overlay, with a total thickness of 18 mm.

Q2. What is Hardfacing Wear Plate used for?

It is mainly used to protect industrial equipment from abrasion and material wear in mining, cement, steel, thermal power and bulk material handling applications.

Q3. Can the chromium carbide overlay plate be customized?

Yes. We can provide customized plate dimensions, thickness combinations and cutting services according to customer drawings and project requirements.

Q4. What is the typical hardness of the chromium carbide layer?

The typical surface hardness is approximately HRC 58 to 65. Actual values depend on the alloy composition and manufacturing process.

Q5. What thickness options 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. Do you accept wholesale and bulk orders?

Yes. Wholesale supply and bulk orders are available. Customized processing and production arrangements can be discussed according to order quantities and delivery requirements.

Packaging & shipping specifications