Alumina Ceramic Structural Support Components In Machinery Manufacturing: The High-Reliability Industrial Backbone
Product Introduction
Alumina ceramic structural support components are precision mechanical load-bearing elements made from high-purity (92%-99.7%) alumina material. Manufactured through advanced forming and sintering processes, these products feature extremely high rigidity, hardness, and compressive strength. Designed specifically for mechanical support requirements under high-load, high-wear, and special working conditions, they are indispensable basic components in modern high-end equipment manufacturing.
Main Applications
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Precision Machine Tools: Ceramic guide rails, bearing seats, and spindle support components for high-precision grinding machines and CNC machining centers
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Automated Production Lines: Industrial robot joint bearings, mechanical arm connecting parts, and wear-resistant guide rails for conveyor lines
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Semiconductor Manufacturing Equipment: Lithography machine platform support seats, ceramic structural components for wafer transfer mechanisms
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Measuring Instruments: Support platforms for coordinate measuring machines, basic frames for precision testing equipment
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High-Temperature Equipment: Support columns for smelting furnaces, load-bearing components for heat treatment equipment, kiln roller paths
Core Advantages
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Ultra-High Rigidity: Elastic modulus up to 380 GPa, 1.5 times that of steel, ensuring support stability
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Minimal Deformation: Thermal expansion coefficient is only 1/3 that of steel, maintaining dimensional stability during temperature changes
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Exceptional Wear Resistance: Vickers hardness ≥1700 HV, service life is more than 10 times that of metal components
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Corrosion Resistance: Resists acid and alkali corrosion, suitable for special working environments
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Lightweight: Density is only 40% that of steel, reducing equipment movement inertia
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Insulation Performance: High resistivity, suitable for special electrical environments
Specification Parameter Table
Process Flow
Raw material selection → Formula ball milling → Spray granulation → Dry pressing/isostatic pressing → Precision machining → High-temperature sintering → Diamond grinding → Non-destructive testing → Laser marking → Cleaning and packaging
Usage Instructions
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Clean contact surfaces before installation to ensure they are free of oil stains and impurities
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Use specialized installation tools to avoid direct impact or shock during installation
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It is recommended to use with elastic gaskets to avoid stress concentration
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Operating temperature changes should be controlled within ±10°C per hour
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Regularly inspect surface condition and clean wear powder in a timely manner
After-Sales Service
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24-month quality warranty period
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Professional technical team provides installation guidance
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48-hour rapid response to customer needs
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Free technical consultation and selection services
FAQ
Q: What are the advantages of ceramic support components compared to metal support components?
A: They offer higher rigidity, better wear resistance, superior temperature stability, and corrosion resistance, resulting in a longer service life.
Q: What is the maximum load capacity?
A: Load capacity ranges from 500 kg to 20 tons depending on specifications; specific selection requires consideration of operating conditions.
Q: Is non-standard customization supported?
A: Yes, we support customization of various shapes and sizes of structural components according to customer drawings and requirements.
Q: How to ensure installation accuracy?
A: It is recommended to install in a constant temperature environment, use specialized fixtures, and strictly follow installation specifications.
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