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30mm Cement Tungsten Carbide Sphere Grinding Balls Media For Abrasive Slurries

30mm Cement Tungsten Carbide Sphere Grinding Balls Media For Abrasive Slurries

Grinding tungsten carbide sphere

30mm tungsten carbide sphere

30mm cement grinding media

Place of Origin:

China

Brand Name:

Zhongli

Certification:

ISO CE

Model Number:

ZWC-01

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Product Details
Density:
14.6 G/cm3
Heat Resistance:
High
Color:
Silver
Size:
1mm-30mm
Chemical Composition:
WC-Co
Application:
Grinding And Milling Of Hard Materials
Impact Toughness:
High
Shape:
Spherical
Hardness:
HRA 90-92
Abrasion Resistance:
Excellent
Corrosion Resistance:
Good
Wear Rate:
Low
Material:
Tungsten Carbide
Highlight:

Grinding tungsten carbide sphere

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30mm tungsten carbide sphere

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30mm cement grinding media

Payment & Shipping Terms
Minimum Order Quantity
1kg
Packaging Details
plastic+barrel
Delivery Time
within 15 days
Payment Terms
L/C,T/T,Western Union
Supply Ability
40-200 ton per month
Product Description
30mm Cement Tungsten Carbide Sphere Grinding Balls Media For Abrasive Slurries
Unlocking the Power of WC Warriors Ultra-Dense Grinding Balls for Abrasive Slurries

In industrial grinding and milling, media selection critically impacts process efficiency and outcomes. WC Warriors Ultra-Dense Grinding Balls deliver high-performance solutions for demanding applications across metallurgy, ceramics, electronics, and pharmaceutical industries.

Understanding WC Warriors Ultra-Dense Grinding Balls

These precision-engineered grinding balls are manufactured from tungsten carbide (WC), renowned for exceptional hardness and wear resistance. The tungsten carbide-cobalt (Co) composition ensures reliable performance in abrasive slurry environments.

Key Features and Benefits
  • Exceptional Hardness: Rockwell hardness exceeding 90 HRA maintains shape integrity in high-pressure applications.
  • Minimal Wear: Ultra-dense structure reduces replacement frequency, lowering operational costs.
  • Chemical Stability: Resistant to acids, alkalis, and oxidation for consistent performance.
  • Versatile Sizing: Available in 2mm to 20mm diameters for compatibility with planetary and roller ball mills.
Industrial Applications
  • Metallurgy: Production of high-strength alloys and metal powders
  • Ceramics/Electronics: Fine powder grinding for quality ceramic products and conductive materials
  • Pharmaceuticals: Precise particle size reduction of active ingredients
  • Paints/Inks: Uniform pigment dispersion for premium finishes
Technical Specifications
1. Mechanical & Physical Properties
Property Tungsten Carbide (WC-6%Co) Alumina (99%) Zirconia (YTZP) Steel (440C)
Density (g/cm³) 14.6-15.0 3.9 6.0 7.8
Hardness (HRA) 90-92 80-85 88-90 60-65
Fracture Toughness (MPa*m½) 10-12 4-5 7-10 15-20
Key Takeaways:
  • 2× harder than alumina, 3× harder than steel for minimal wear
  • Highest density delivers superior kinetic energy
  • Exceptional compressive strength withstands high-load milling
2. Wear & Durability Performance
Media Type Relative Wear Rate Lifespan (vs. Steel) Cost Efficiency
Tungsten Carbide 1× (Benchmark) 20-50× longer Best long-term
Zirconia 1.5-2× 10-15× longer High upfront
Real-World Example: In cement ball mills, WC media lasts 2+ years versus steel's 1-2 months.
3. Chemical & Thermal Resistance
Property Tungsten Carbide Performance Impact
Corrosion Resistance Good (pH 4-12) Cobalt-bound grades sensitive to acids; nickel-bound resists pH 1-14
Oxidation Resistance Stable to 500°C Avoid >600°C (cobalt binder oxidizes)
Product Images
30mm Cement Tungsten Carbide Sphere Grinding Balls Media For Abrasive Slurries 0 30mm Cement Tungsten Carbide Sphere Grinding Balls Media For Abrasive Slurries 1 30mm Cement Tungsten Carbide Sphere Grinding Balls Media For Abrasive Slurries 2 30mm Cement Tungsten Carbide Sphere Grinding Balls Media For Abrasive Slurries 3
Frequently Asked Questions
1. Is tungsten carbide media brittle?
While featuring high compressive strength (4.5-6 GPa), direct impacts (e.g., hammer mills) may cause chipping. Optimal for ball/attritor mills with controlled impacts.
2. What is the maximum operating temperature?
Cobalt-Bound (WC-Co): Up to 500°C (avoid oxidation). Nickel-Bound (WC-Ni): Up to 600°C.

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