• Fine Structure Alumina Ceramic Parts,Fine Structure Alumina Ceramic Parts, Precision Alumina Ceramic Components, High Accuracy Alumina Ceramics
  • Fine Structure Alumina Ceramic Parts,Fine Structure Alumina Ceramic Parts, Precision Alumina Ceramic Components, High Accuracy Alumina Ceramics

Fine Structure Alumina Ceramic Parts

No.AlO_F

Product Name: Fine Structure Alumina Ceramic Parts

Product Material: High-Purity Alumina Ceramic (Al₂O₃ ≥99.6%)

Material Characteristics:High Purity (Al₂O₃ ≥99.6%)、High Hardness (HV ≥1600)、High Temperature Resistance (up to 1600°C)、Low Thermal Expansion、Excellent Electrical Insulation、Superior Wear & Corrosion Resistance

Application Fields:
Semiconductor Manufacturing Equipment, Medical Devices, Precision Optics, Industrial Automation

Application Industries:
Wafer handling systems, Chip testing platforms, Laser equipment, Analytical instruments

Processing Difficulties:

  • Micro-hole machining (e.g., 0.5mm diameter, aspect ratio up to 10:1)

  • Dimensional accuracy control (e.g., ±0.005mm)

  • Thin-wall structure anti-deformation

  • Ensuring high surface finish in deep holes (Ra ≤0.2μm)

Processing Flow:
Powder processing -> Spray granulation -> Forming (Dry Press/CIP) -> High-temperature sintering -> CNC precision machining -> Inspection -> Ultrasonic cleaning -> Packaging

Delivery Period:
30-35 days (Standard), To be determined for complex structures

  • Fine Structure Alumina Ceramic Parts,Fine Structure Alumina Ceramic Parts, Precision Alumina Ceramic Components, High Accuracy Alumina Ceramics

Description

Our fine structure alumina ceramic parts are engineered for high-tech industries requiring extreme precision and reliability. Manufactured from high-purity alumina (≥99.6%), these components excel in demanding applications where superior electrical insulation, exceptional wear resistance, and thermal stability are critical. Utilizing advanced manufacturing techniques, we achieve tight tolerances and complex geometries, including precise micro-hole arrays and intricate thin-wall structures.

Key Features:

  • Precise microporous structure 
  • High dimensional accuracy
  • Outstanding mechanical properties - high density, high strength, high hardness 
  • Excellent electrical insulation - high dielectric strength and insulation performance 
  • Effective thermal management - Combining high-temperature resistance and excellent thermal conductivity 


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