Benefits of Using Ultra-Fine Kaolin Powder in Fiberglass Production

Benefits of Using Ultra-Fine Kaolin Powder in Fiberglass Production

Introduction

Ultra-fine kaolin powder has become a critical additive in modern fiberglass production, offering significant improvements in mechanical properties, thermal stability, and cost efficiency. This article explores the technical advantages of incorporating high-purity kaolin powders processed with advanced milling technology.

1. Enhanced Mechanical Performance

When kaolin powder with D97≤5μm is uniformly dispersed in fiberglass matrices:

2. Thermal Stability Advantages

Our SCM Ultrafine Mill produces kaolin powders with exceptional heat resistance:

• Withstands temperatures up to 1,750°C without phase change
• Reduces thermal expansion coefficient by 18-22%
• Maintains dimensional stability under cyclic thermal loads

3. Production Efficiency Gains

The MTW Series Trapezium Mill enables cost-effective kaolin processing:

• 30% lower energy consumption vs conventional mills
• Precise particle size control (325-2500 mesh adjustable)
• Integrated dust collection system ensures <10mg/m³ emissions

4. Technical Specifications Comparison

5. Recommended Equipment Solutions

For fiberglass-grade kaolin production, we recommend:

SCM Ultrafine Mill (45-5μm)

• Output: 325-2500 mesh (D97≤5μm)
• Capacity: 0.5-25 ton/h
• Key Advantage: Vertical turbine classifier ensures zero coarse particles

MTW Series Trapezium Mill

• Output: 30-325 mesh (adjustable)
• Capacity: 3-45 ton/h
• Key Advantage: Curved air channel design reduces energy loss

Conclusion

Ultra-fine kaolin powder processed through advanced milling systems delivers transformative benefits for fiberglass manufacturers. Our SCM and MTW series mills provide the precision and efficiency required for high-performance composite materials.