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Home > products > Alumina Ceramic > Ultra-Precision Alumina Ceramic Parts For Precision Instruments Semiconductor Equipment And Medical Devices

Ultra-Precision Alumina Ceramic Parts For Precision Instruments Semiconductor Equipment And Medical Devices

Product Details

Place of Origin: Made In China

Brand Name: Dayoo

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Minimum Order Quantity: Negotiable

Price: Negotiable

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Highlight:

High Temperature Alumina Ceramic

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Industrial Challenges Alumina Ceramic

Temperature Resistance:
Up To 1600°C
Thermal Conductivity:
35 W/mK
Wear Resistance:
High
Maximum Use Temperature:
1700c
Volume Resistivity:
10^14 Ω·cm
Method:
Lsostatic Presure
Chemical Resistance:
Excellent
Transparency:
Opaque
Alumina Content:
92% & 95%
Electrical Resistivity:
10^14 Ω·cm
Compressive Strength:
2000 MPa
Electrical Insulation:
Excellent
Application:
Industrial Ceramic
Manufacturing Method:
Dry Pressing Or Isostatic Pressing
Size:
Various Sizes Available
Temperature Resistance:
Up To 1600°C
Thermal Conductivity:
35 W/mK
Wear Resistance:
High
Maximum Use Temperature:
1700c
Volume Resistivity:
10^14 Ω·cm
Method:
Lsostatic Presure
Chemical Resistance:
Excellent
Transparency:
Opaque
Alumina Content:
92% & 95%
Electrical Resistivity:
10^14 Ω·cm
Compressive Strength:
2000 MPa
Electrical Insulation:
Excellent
Application:
Industrial Ceramic
Manufacturing Method:
Dry Pressing Or Isostatic Pressing
Size:
Various Sizes Available
Ultra-Precision Alumina Ceramic Parts For Precision Instruments Semiconductor Equipment And Medical Devices

Ultra-Precision Alumina Ceramic Parts For Precision Instruments Semiconductor Equipment And Medical Devices

Product Introduction

High-precision alumina ceramic structural components are advanced mechanical parts manufactured from ultra-pure alumina material (≥99.5% Al₂O₃) using state-of-the-art ceramic processing technology. These components feature nanometer-level dimensional accuracy (±0.5μm) and exceptional mechanical properties, specifically designed for precision instruments, semiconductor equipment, medical devices and other demanding applications, offering superior alternatives to traditional metal structural parts.

Primary Applications

  • Precision Instruments: Optical platform supports, laser bases, measuring instrument guides

  • Semiconductor Equipment: Wafer handling robot arms, vacuum chamber guides, lithography positioning stages

  • Medical Devices: CT scanner rotating components, surgical robot joints, dental implants

  • Automation Equipment: High-precision linear guides, industrial robot wrists, precision bearings

  • Aerospace: Inertial navigation system components, satellite attitude control assemblies

Key Advantages