Cemented Carbide Plates

Carbide Plate Material Grade

Model

WC Content Co Content Hardness HRA Transverse Rupture Strength (MPa) Applications
YG6A

94%

6% 91.5 1800

Precision molds, corrosive environments

YG8 92% 8% 90.0 2200

General wear parts, stamping tools

YG11

89% 11% 89.0 2600 Medium-impact crushing tools
YG15C 85% 15% 87.5 3200

High-impact mining components

YG20X

80% 20% 85.0 3500

High-temperature rolling, heavy-impact equipment

FOTMA cemented carbide plates, with “top-tier hardness + extreme wear resistance” at their core, are engineered for harsh industrial environments! Whether facing intense impacts in mining machinery or high-temperature corrosion in chemical equipment, our plates serve as “steel armor” for equipment, significantly extending service life, saving downtime, maintenance, and costs!

Core Performance: Hardcore Material, Fearless Challenges

  1. Dual Assurance of Hardness and Wear Resistance
    • Hardness Surpasses Steel: Tungsten carbide (YG series) plates achieve a hardness of HRA ≥ 89 (equivalent to HRC 75), with tungsten carbide content up to 70%-97%. Wear resistance is 150x higher than high-strength manganese steel.
    • Adjustable Cobalt Content:
      Low-Cobalt Formula (6%-8%): Designed for high-wear, low-impact scenarios (e.g., sand conveyor liners, nozzles).
      High-Cobalt Formula (10%-15%): Enhanced toughness for high-impact applications like mining crusher hammers and jaw plates.
  2. Stability in Extreme Environments
    • Corrosion Resistance: Outperforms stainless steel in acid/alkali/salt environments. Dedicated models for chemical equipment and marine engineering.
    • High-Temperature Red Hardness: Maintains over 8% effective hardness retention at 600°C, ideal for hot roller bed liners and furnace guides.
    • Anti-Adhesion Properties: Mirror finish (Ra ≤ 0.2µm) prevents material adhesion in food machinery and plastic molds.
  3. Flexible Structural Design
    • Complete Size Range: Standard thickness 10-50mm (customizable up to 100mm), dimensions up to 1200×600mm.
    • Composite Upgrades: Optional embedded plates (carbide + steel backing) or gradient transition layers to reduce installation costs and weight.

Customized Material Selection

Industry Typical Applications Recommended Grade
Mining & Aggregates Jaw crusher plates, vibrating screen panels, conveyor liner plates YG15C (High-Impact Resistant)
Cement & Metallurgy Ball mill liners, high-temperature kiln rails, steel rolling guides YG20X (High-Temperature)
Chemical & Energy Valve sealing blocks, pump flow components, nuclear valve wear parts YG6A (Corrosion-Resistant + Coated)
Machinery Manufacturing Stamping die inserts, shredder blade bases, automation equipment guides YG8 (General Wear-Resistant)
Agriculture & Construction Harvester blades, tunnel boring machine cutter heads, wood grinder hammers YG11 (Balanced Toughness)

Production Quality Assurance
✅ High-Purity Powder: Tungsten carbide purity ≥ 99.95%, SGS-certified for heavy metals (Pb/Cd).
✅ Cold Isostatic Pressing: 200-300MPa pressure ensures ≤ 0.5% density uniformity.
✅ Vacuum Sintering: Precision sintering at 1480°C, zero porosity/cracking.
✅ Post-Treatment: Optional sandblasting, electro polishing, laser quenching for surface enhancement.

 

Product Certifications

Our Cemented Carbide Plates are manufactured in accordance with international quality standards to ensure safety, reliability, and performance. The following certifications apply to this product:

ISO 9001:2015 & SGSQuality Management System certified

Certificates of Fotma

Certification documents are available upon request. To view additional certifications, please contact us.

 

Trusted by Global Professionals – Real Customers. Real Results.

  • Aerospace | Thomas Mitchell (USA)

How an aerospace procurement manager sourced 99.97% pure tungsten rods with custom specs and received delivery in half the expected lead time… Read Full Case Study

  • Automotive | Marco Rossi (Italy)

How a car modification expert used custom CNC-machined tungsten alloy weights to fine-tune a vintage sports car’s handling—just in time for a major auto show… Read Full Case Study

  • Electronics | Dr. Elena Carter (Canada)

How a semiconductor engineer replaced aluminum with MoCu heat sinks, improving thermal performance by 20°C while meeting aerospace-grade standards…  Read Full Case Study

 

Need Custom Sizes or Bulk Orders?

Contact our engineering team for expert consultation on Cemented Carbide Plates tailored to your specific requirements. We offer OEM and ODM services with fast global shipping.

 

Frequently Asked Questions

Q1: What are cemented carbide plates used for?

A1: Cemented carbide plates are widely used in stamping tools, wear-resistant parts, crushing equipment, and high-impact mining tools. Their exceptional hardness and strength make them ideal for demanding industrial applications.

Q2: What grades of tungsten carbide are available for these plates?

A2: Available grades include YG6A, YG8, YG11, YG15C, and YG20X. Each grade offers different ratios of tungsten carbide (WC) and cobalt (Co), optimized for various combinations of hardness, strength, and impact resistance.

Q3: Which grade is suitable for high-impact or mining applications?

A3: YG15C and YG20X are specifically designed for high-impact environments. YG15C offers 3200 MPa in rupture strength, while YG20X provides enhanced impact tolerance and performance under high temperatures.

Q4: Can cemented carbide plates be used in corrosive or high-wear environments?

A4: Yes. Grades like YG6A are recommended for precision mold manufacturing and usage in corrosive conditions due to their fine grain structure and higher hardness.

Q5: Is customization available for plate size and shape?

A5: Yes. FOTMA supports manufacturing cemented carbide plates based on customer-provided dimensions and drawings, ensuring a perfect fit for your application.

 

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