10+8 Bimetallic Chromium Carbide Overlay Wear Plate for Building Materials and Metallurgical Industries

Product Introduction

10+8 Bimetallic Chromium Carbide Overlay Wear Plate is a high performance abrasion resistant composite steel plate designed for building materials production, metallurgical processing and heavy industrial applications. It is manufactured by depositing a high chromium carbide alloy layer onto a carbon steel substrate through advanced hardfacing welding technology. The 10+8 specification consists of a 10 mm base steel plate and an 8 mm chromium carbide overlay layer, providing a durable structure for demanding industrial working conditions.

This Hardfacing Wear Plate combines the structural strength of the steel base with the high hardness and excellent abrasion resistance of the chromium carbide surface. It is suitable for equipment exposed to continuous friction, material impact and severe abrasive wear. The composite structure helps protect industrial machinery from damage caused by limestone, iron ore, steel slag, cement clinker, coal and other abrasive materials. Customized dimensions and processing services are available to meet different equipment manufacturing requirements.

Applications and Uses

Hardfacing Wear Plate is widely used in various industries to manufacture and protect heavy duty equipment components.

1. Building Materials Industry: Used for cement mill liners, clinker conveyors, limestone crushing equipment, raw material chutes and material storage hoppers.

2. Metallurgical Industry: Applied to steel mill equipment, sintering machines, blast furnace auxiliary equipment, slag handling systems and iron ore processing facilities.

3. Mining Industry: Suitable for crusher liners, vibrating screen plates, ore transfer chutes, hopper liners and mineral processing equipment.

4. Thermal Power Industry: Used for coal handling systems, coal bunkers, ash conveying equipment and power plant material transportation systems.

5. Industrial Equipment Manufacturing: Processed into customized wear resistant plates, protective liners, elbows, transition sections and special shaped industrial components.

Technical Specifications

Key Features and Advantages

1. Excellent Abrasion Resistance

The chromium carbide alloy overlay provides excellent resistance to sliding abrasion and continuous material friction. This Hardfacing Wear Plate is suitable for equipment operating under severe wear conditions.

2. High Surface Hardness

The wear layer typically achieves HRC 58 to 65, helping protect industrial components from abrasive materials such as iron ore, limestone, clinker and steel slag.

3. Strong Composite Bonding

Advanced hardfacing welding technology creates a strong metallurgical bond between the wear layer and the steel substrate, providing reliable protection during industrial operation.

4. Durable Steel Substrate

The carbon steel base provides structural support and toughness, making the Hardfacing Wear Plate suitable for manufacturing different industrial wear resistant components.

5. Customized Processing

Different thickness combinations, dimensions and shapes can be supplied according to customer drawings. Cutting, drilling, bending and welding services are available for various equipment manufacturing requirements.

Global Market Applications

With the continuous development of global infrastructure, metallurgy, mining and building materials industries, demand for durable wear protection materials is increasing across international markets. Our 10+8 Bimetallic Chromium Carbide Overlay Wear Plate provides a practical solution for industrial manufacturers seeking to improve equipment reliability and reduce maintenance requirements.

We supply customized Hardfacing Wear Plate solutions for overseas equipment manufacturers, engineering contractors, distributors and industrial maintenance companies. Our products can be used in cement production facilities in Southeast Asia, metallurgical plants in Europe, mining projects in Australia and South America, and building materials production lines in the Middle East. Flexible thickness combinations and fabrication services help meet different equipment designs and operating conditions. We welcome global customers to discuss technical requirements and customized wear protection solutions for their industrial projects.

FAQ

Q1. What does 10+8 mean in a bimetallic wear plate?

10+8 means the plate consists of a 10 mm carbon steel base plate and an 8 mm chromium carbide overlay layer, giving a total nominal thickness of 18 mm.

Q2. What industries can use 10+8 Hardfacing Wear Plate?

It is widely used in building materials, cement manufacturing, metallurgy, mining, thermal power generation and heavy material handling industries.

Q3. What is the typical hardness of the chromium carbide layer?

The typical surface hardness is HRC 58 to 65. Actual hardness depends on alloy composition and manufacturing requirements.

Q4. Can you provide other thickness specifications?

Yes. We offer 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 specifications, as well as customized options.

Q5. Can the wear plate be processed into finished industrial parts?

Yes. We provide cutting, drilling, bending and welding services to manufacture customized liners, wear plates and other industrial components according to customer drawings.

Q6. What are the main advantages of bimetallic chromium carbide wear plates?

They combine a high hardness wear resistant surface with a strong steel substrate, helping reduce abrasion damage, extend equipment service life and lower maintenance costs.