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

Product Introduction

Our 10+10 Chromium Carbide Overlay Wear Plate, 10+8 Hardfacing Composite Wear Plate, and 10+4 Bimetallic Abrasion Resistant Steel Plate are high performance composite materials developed for heavy duty industrial wear protection. Manufactured using advanced overlay welding technology, these products combine a tough steel base with a high hardness chromium carbide alloy layer to provide excellent abrasion resistance and extended service life.
The 10+10 specification consists of a 10 mm base plate and a 10 mm chromium carbide overlay layer. The 10+8 specification features a 10 mm steel base with an 8 mm hardfacing layer, while the 10+4 specification combines a 10 mm base with a 4 mm wear resistant overlay. These different configurations allow customers to select suitable wear protection according to equipment conditions and operating requirements.
As a professional Bimetallic Plate solution, these products are designed to withstand continuous friction and abrasive impact from ores, limestone, cement clinker, coal, sand, and other industrial materials. They are suitable for manufacturing new equipment and repairing high wear components.

Applications and Uses

The Bimetallic Plate is widely used in industries requiring reliable abrasion protection and durable equipment components.
Typical applications include:

• Mining crushers and mineral processing equipment

• Cement mill liners and clinker handling systems

• Steel mills and metallurgical production equipment

• Conveyor chutes and transfer hoppers

• Coal handling systems and power plants

• Excavator bucket liners and dump truck bodies

• Vibrating screens and screening machinery

• Limestone crushers and aggregate processing equipment

• Industrial storage bunkers and material feeding systems

• Slurry transportation and bulk material handling equipment

The Bimetallic Plate helps protect critical equipment surfaces from severe abrasion, reducing maintenance frequency and unexpected production interruptions.

Technical Specifications

Note: Actual hardness and performance may vary depending on alloy composition and manufacturing conditions.

Key Features and Advantages

1. Excellent Abrasion Resistance
The chromium carbide alloy layer provides a hard protective surface that effectively withstands continuous friction from rocks, ores, coal, limestone, and other abrasive materials.
2. High Surface Hardness
The overlay layer typically achieves 58 to 65 HRC, making the Bimetallic Plate suitable for demanding industrial environments.
3. Strong Composite Structure
The tough steel base provides structural support, while the chromium carbide overlay delivers excellent surface wear resistance.
4. Extended Equipment Service Life
Using a Bimetallic Plate in high wear areas helps reduce equipment damage, replacement frequency, and long term maintenance expenses.
5. Multiple Thickness Options
We provide 10+10, 10+8, and 10+4 specifications, together with other thickness combinations and customized dimensions to meet different equipment requirements.
6. Customized Processing Services
Cutting, drilling, shaping, and other fabrication services are available according to customer drawings and project specifications.

Global Market Supply and Industrial Wear Protection Solutions

Industrial equipment operating in different regions faces varying levels of abrasion, material impact, and production pressure. Selecting the appropriate wear resistant plate is essential for maintaining equipment reliability and controlling operating costs.
Our Bimetallic Plate products are designed to support international customers in mining, cement manufacturing, metallurgy, construction materials, power generation, and bulk material handling. We provide flexible thickness combinations and customized processing solutions for equipment manufacturers, industrial distributors, engineering contractors, and maintenance companies across North America, South America, Europe, the Middle East, Southeast Asia, Africa, and Australia.
Whether customers require 10+10 heavy duty overlay plates, 10+8 composite wear plates, or 10+4 abrasion resistant steel plates, we aim to provide practical material solutions that match different working environments and industrial project requirements.

FAQ

Q1. What is a Bimetallic Plate?
A Bimetallic Plate is a composite steel plate consisting of a structural steel base and a wear resistant alloy overlay. It combines the strength of the base material with the abrasion resistance of the surface layer.
Q2. What is the difference between 10+10, 10+8, and 10+4 wear plates?
The 10+10 plate has a 10 mm base and a 10 mm overlay. The 10+8 plate has a 10 mm base and an 8 mm overlay. The 10+4 plate has a 10 mm base and a 4 mm overlay. Their total nominal thicknesses are 20 mm, 18 mm, and 14 mm respectively.
Q3. What is the typical hardness of Chromium Carbide Overlay Plate?
The chromium carbide overlay surface typically reaches 58 to 65 HRC, depending on the alloy composition and manufacturing process.
Q4. Which industries commonly use Bimetallic Plate?
It is widely used in mining, cement production, steel manufacturing, metallurgy, power generation, construction materials, and bulk material transportation.
Q5. Can you provide customized thickness combinations?
Yes. Available specifications include 3+3, 4+4, 5+5, 6+4, 6+6, 6+8, 8+4, 8+5, 8+6, 10+4, 10+6, 10+8, 10+10, 12+6, 12+8, 12+10, and 12+12 mm. Customized specifications are also available according to customer requirements.