Tungsten Carbide Plate Supplier for Cutting Tools and Wear Parts
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Tungsten carbide plate is a high-performance wear-resistant material made from tungsten carbide powder and cobalt or nickel binder.
It offers extremely high hardness, excellent wear resistance, and strong compressive strength for demanding industrial conditions.
It is widely used in cutting tools, stamping dies, mining equipment, and wear-resistant structural components.
Description
1. Product Overview of Tungsten Carbide Plate
Tungsten carbide plate is produced by powder metallurgy using high-purity tungsten carbide powder.
The material is combined with cobalt or nickel binder to improve toughness and structural stability.
It is designed for high wear environments where conventional steel cannot achieve long service life.
Main Material Features
High hardness ensures excellent resistance to abrasion and cutting wear.
High compressive strength supports heavy-load industrial applications.
Stable performance under high temperature and harsh working environments.
2. Applications of Tungsten Carbide Plate
Wear Resistant Industrial Parts
Used as liners, base plates, and protective components in mining and metallurgy equipment.
Extends service life in abrasive and high-impact environments.
Cutting and Forming Tools
Used for manufacturing cutting tools, stamping dies, drawing dies, and forming dies.
Ensures stable machining performance and long tool life.
Mechanical and Energy Industry
Applied in oil and gas, machinery, and construction industries.
Suitable for high wear and high stress working conditions.
3. Carbide Plate vs Hardened Steel (AR500)
| Feature | Tungsten Carbide Plate | Hardened Steel Plate (AR500) |
| Hardness | 89–93 HRA | ~50 HRC |
| Wear Resistance | Very high | Medium |
| Service Life | 10–50 times longer | Standard |
| Impact Resistance | Moderate | High |
| Cost | Higher initial cost | Lower initial cost |
4. Manufacturing and Processing Notes
Production Method
Tungsten carbide plates are manufactured through powder metallurgy and high-temperature sintering.
This process ensures dense structure and stable mechanical performance.
Machining Methods
Standard cutting tools cannot machine carbide plates.
Waterjet cutting and wire EDM are commonly used for precision shaping.
5. Performance Advantages
High Wear Resistance
Provides long service life in abrasive working conditions.
High Strength and Stability
Maintains structural integrity under heavy load and pressure.
Thermal Resistance
Performs well in high-temperature industrial environments.
Video
FAQs
What is tungsten carbide plate used for?
It is used for cutting tools, mould bases, mining equipment, and wear-resistant industrial components.
Can tungsten carbide be machined easily?
No, it requires diamond tools, EDM, or waterjet cutting due to its high hardness.
Why choose carbide over steel?
Carbide offers significantly higher wear resistance and longer service life compared to steel.
Literature
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