Silicon Nitride Ceramic Classifying Wheel | Ultra-Fine Powder Grading Component | New Energy & Advanced Materials Industry

Produktübersicht

This high-performance silicon nitride ceramic classifying wheel is the core component of air classifiers, engineered for ultra-fine powder grading in new energy, advanced materials, and pharmaceutical industries. Its precision slot design and high-purity silicon nitride material deliver exceptional wear resistance, balance stability, and thermal shock resistance, ensuring reliable performance at rotational speeds exceeding 10,000 rpm.

As a critical component in powder processing systems, it enables precise particle size control (D97 < 5 μm), directly improving the quality and consistency of materials like lithium battery cathode powders and pharmaceutical intermediates.

Technische Unterstützung und Dienstleistungen

  • Technische Beratung und Lösungen bei der Materialauswahl
  • Individuelle Bearbeitung nach Kundenwunsch mit einer Genauigkeit von bis zu ±0,01 mm
  • Erstellung von Produktinspektionsberichten und Materialzertifizierungen

Detaillierte Produktspezifikationen

Core Technical Advantages

 Superior Wear Resistance

High-purity silicon nitride material outlasts metal alternatives by 3–5x in high-wear environments, reducing maintenance frequency and downtime.

 High-Speed Balance Stability

Precision dynamic balancing ensures stable operation at speeds up to 15,000 rpm, avoiding vibration-induced damage to equipment.

 Precision Particle Classification

Optimized slot geometry enables D97 < 5 μm ultra-fine powder grading, meeting the strict particle size distribution requirements of new energy materials.

 Excellent Thermal Shock Resistance

Resists rapid temperature changes, suitable for high-temperature powder processing in lithium battery and advanced material production.

Key Application Scenarios

  • New Energy Materials:Lithium battery cathode powder (NCM/LFP), anode material grading
  • Advanced Chemicals:Fine chemical intermediates, functional ceramic powder processing
  • Pharmaceuticals:API (Active Pharmaceutical Ingredient) and excipient ultra-fine grading
  • Metallurgical Powders:Magnetic materials, non-metallic mineral powder classification

Technical Support & Services

 Expert Material Selection Consultation

Our engineering team provides tailored guidance to match the right silicon nitride ceramic grade and wheel specifications to your powder grading requirements.

 Custom Processing Solutions

We offer precision machining of wheel diameter, slot number, and blade angle to optimize classification efficiency for your specific powder characteristics.

 Full Quality Assurance Documentation

Every classifying wheel comes with dynamic balance test reports, material certification, and dimensional inspection data, ensuring compliance with industry standards.

Hochleistungskeramik

Die Familie der Hochleistungskeramik umfasst eine Vielzahl von Materialien mit unterschiedlichen Eigenschaften, die jeweils speziell für bestimmte Anwendungsszenarien entwickelt wurden.

Keramische Materialien

Tonerde-Keramik
Am beliebtesten

Tonerde-Keramik (Al₂O₃)

Aluminiumoxid ist das am häufigsten verwendete moderne keramische Material, das eine hervorragende elektrische Isolierung bietet, hohe Härte und gute Verschleißfestigkeit. Es kann bei Temperaturen von bis zu 1700°C eingesetzt werden und ist damit für ein breites Spektrum industrieller Anwendungen geeignet.

Temperaturbeständigkeit: Bis zu 1700°C
Elektrische Isolierung: Ausgezeichnet
Härte: 9 Mohs

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Warum Dongguan XYC New Material Co, Ltd. Is Your Premier Partner for Advanced Ceramics & Tungsten Carbides

Founded in 2009, we are a leading manufacturer of advanced ceramics and tungsten carbide. We deliver precision components to 1,000+ global customers in semiconductor, automotive, medical, and energy sectors.

Wesentliche Vorteile

Diverse Materials & Products

Alumina, Zirconia, Silicon Nitride, Silicon Carbide, Aluminum Nitride, and high-performance tungsten carbide; 10,000+ custom component forms, 8 million+ precision components annual output.

Ultra-High Precision & Durability

±0.001 mm machining accuracy; Ceramics resist 1800°C heat and corrosion; Tungsten steel delivers superior wear resistance.

Tailored Cross-Industry Solutions

End-to-end support from material selection to mass production, available for both small-batch prototyping and large-scale orders.

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