Customized Design Tungsten Carbide Shaped Block Assemblies with High Chemical Inertness and Up to 89 HRC Hardness

1. Product Overview

Tungsten Carbide Shaped Block Assemblies are high-performance engineered components manufactured from ultra-hard, wear-resistant material. They consist of precision-machined tungsten carbide block units, formed into specific geometric shapes and optimally designed for combination. This product integrates the extreme wear resistance and high hardness of tungsten carbide with superior structural design. It is specifically developed to address demanding industrial requirements such as wear resistance, impact resistance, and precision positioning in harsh operating conditions.

2. Core Features

1. Exceptional Hardness and Wear Resistance
• Hardness can reach above HRA 90, with wear resistance 10-30 times that of high-speed steel.
• Suitable for high-intensity wear environments, significantly extending equipment service life.
2. High Compressive Strength and Rigidity
• Compressive strength exceeds 4000 MPa, maintaining shape under heavy loads.
• Ensures dimensional stability, ideal for precision assembly and positioning.
3. Excellent Corrosion and High-Temperature Resistance
• Resistant to acid and alkali corrosion, stable in high-temperature environments (800-1000°C).
• Suitable for severe conditions in metallurgy, chemical processing, and other industries.
4. Modular Shaped Design
• Block units can be customized into various shapes such as trapezoidal, dovetail, wedge, and interlocking types.
• Enables quick assembly and replacement, reducing maintenance costs.
5. Advantages of Assembled Structure
• Utilizes interlocking, inlaying, and other combination methods to optimize overall performance.
• Distributes stress, improving impact resistance and structural integrity.

3. Technical Specifications

4. Application Fields

• Mining & Construction Machinery: Excavator teeth, crusher liner plates, wear liners for screening equipment.
• Metallurgical Industry: Guide plates for rolling mills, guide rollers for continuous casters, high-temperature wear plates.
• Building Materials & Ceramics: Mold liners, press rolls, mixer blades.
• Energy & Chemical Processing: Wear blocks for screw drills, valve sealing faces, reactor linings.
• Precision Manufacturing: Fixture locating blocks, mold inserts, precision guide components.

5. Advantages of Assembled Design

1. Customizable Design
• Optimizes block shape and arrangement based on wear patterns and stress analysis.
• Provides non-standard design and simulation support.
2. Easy Maintenance & Cost-Effectiveness
• Individual worn blocks can be replaced locally without discarding the entire assembly.
• Significantly reduces downtime and spare parts costs.
3. Enhanced Overall Toughness
• Incorporates flexible connections or buffer layers to compensate for tungsten carbide's brittleness, improving impact resistance.
4. Multi-Functional Integration
• Can be combined with other materials (e.g., alloy steel, ceramics) to achieve integrated multi-functionality such as wear resistance, corrosion resistance, and thermal conductivity.

Customized Design Tungsten Carbide Blocks

High Chemical Inertness Tungsten Carbide Modular Components

Up to 89 HRC Hardness Tungsten Carbide Shaped Block Assemblies

Customized Design Tungsten Carbide Shaped Block Assemblies with High Chemical Inertness and Up to 89 HRC Hardness Images