Composite Wear Plate
Composite Wear Plate
Composite Wear Plate
Composite Wear Plate

Composite Wear Plate

Chocky Block Wear Plate Chocky Block Wear Plate
AR450 Plate AR450 Plate

Composite wear plates combine the toughness of steel with the extreme hardness of alloy or carbide materials, creating a highly effective solution for industrial environments with severe abrasion and impact. With a wide range of types—including chromium carbide, tungsten carbide and ceramic composites—they enable tailored wear protection for mining, cemento, power generation and bulk material handling applications.

Categoria:

Composite wear plates are engineered materials designed to withstand severe abrasion, impact and erosion in heavy industrial applications. They typically consist of two integrated layers: a tough steel base E a wear-resistant alloy overlay, bonded through welding, legame metallurgico, or mechanical processes. By combining high hardness with structural toughness, composite plates significantly extend equipment service life in mining, cava, acciaierie, power plants and construction machinery.

Composition of Composite Wear Plates

Most composite wear plates are produced by fusing a strato di lega ad alta durezza onto a mild steel or alloy steel substrate. The surface wear layer typically contains high concentrations of:

  • Carburo di cromo (Cr7C3 / Cr23C6)

  • Carburo di tungsteno (wc)

  • Niobium carbide (NbC)

  • Vanadium carbide (V.C)

  • Complex carbide alloy systems

  • Additional alloying elements such as In, Mo, and B for reinforcement

Typical Structure

  • Strato di base: acciaio strutturale (PER ESEMPIO., Q235, Q345, mild steel for welding compatibility)

  • Strato di sovrapposizione: 60–65% carbides dispersed in a wear-resistant iron-based matrix

Surface hardness commonly ranges from 55–65HRC, depending on carbide type and density.

Common Types of Composite Wear Plates

Type of Composite Plate Overlay Material Durezza Main Wear Strength Caratteristiche
Overlay di carburo di cromo (CCO) Piatto Cr-carbide alloy 55–62 HRC Excellent sliding abrasion Most common type; weldable base
Tungsten Carbide Composite Plate WC/Ni matrix 65–75HRC Extreme impact + abrasione Used in ultra-high-wear mining conditions
Complex Carbide Composite Plate Cr + N.B + V + B carbide alloys 60–67 HRC Combined abrasion & erosione Improved cracking resistance
Ceramic Composite Plate Ceramic tiles + steel backing 70–90 HRC Fine particle erosion Lightweight and extremely wear-resistant
Piastra antiusura bimetallica Acciaio + alloyed antifriction surface Moderare Impact and fatigue loading Higher toughness and shock resistance

Manufacturing Methods

Composite wear plates are typically manufactured using:

  • Open arc welding overlay

  • Saldatura ad arco sommerso (SEGA) sovrapposizione

  • Plasma-transferred arc (PTA) rivestimento

  • Laser cladding

  • Brazed ceramic-steel bonding

  • Hot roll bonded bimetal

Each process affects carbide distribution, crack resistance and overall plate durability.

Applicazioni tipiche

Composite wear plates are used in industries where equipment experiences continuous abrasive wear:

  • Mining and quarry processing

  • Cement and aggregate production

  • Iron ore and coal handling systems

  • Power plant mills and ash handling

  • Steel mill production equipment

  • Bucket and truck bed liners

  • Cade, hoppers and transfer points

  • Crusher components and screen plates

Advantages of Composite Wear Plates

  • High hardness and excellent abrasion control

  • Longer service life than standard AR steel

  • Strong structural support due to steel backing

  • Weldable and cuttable for flexible installation

  • Suitable for both impact and sliding wear conditions

Composite Wear Plate

Composite Wear Plate

Composite Wear Plate

Composite Wear Plate

Composite Wear Plate