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High Hardness Sic Silicon Carbide Machining High Thermal Conductivity

Product Details

Place of Origin: Made In China,Zhejiang,Jinhua

Brand Name: Dayoo

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Price: Negotiate

Packaging Details: Carton

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high hardness sic silicon carbide

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silicon carbide machining high thermal conductivity

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sic silicon carbide machining

Modulus Of Elasticity:
205 Gpa
Application:
Industry
Size:
Customized
Density:
5.95 G/cm3
Ring Blade Side:
Single Side / Double Sides
Material:
Zirconia
Thermal Conductivity:
2.5 W/mK
Tolerance:
As Design Drawing Or OEM
Compressive Strength:
2,000 MPa
Maximum Use Temperature:
1600°C
Ring:
Ceramic Ring
Biocompatibility:
High
Applications:
Dental Implants, Cutting Tools, Bearings
Feature:
High Mechanical Strength
Sample:
Available
Modulus Of Elasticity:
205 Gpa
Application:
Industry
Size:
Customized
Density:
5.95 G/cm3
Ring Blade Side:
Single Side / Double Sides
Material:
Zirconia
Thermal Conductivity:
2.5 W/mK
Tolerance:
As Design Drawing Or OEM
Compressive Strength:
2,000 MPa
Maximum Use Temperature:
1600°C
Ring:
Ceramic Ring
Biocompatibility:
High
Applications:
Dental Implants, Cutting Tools, Bearings
Feature:
High Mechanical Strength
Sample:
Available
High Hardness Sic Silicon Carbide Machining High Thermal Conductivity

Dark Blue Zirconia Toughened Ceramic Turntable: High-Precision Wear-Resistant Loading Platform

Product Introduction
This product is a dark blue circular turntable manufactured from zirconia toughened ceramic material. It features precisely engineered concentric circular patterns and irregular micro-textures on its surface, along with three symmetrically distributed locking clasps at the perimeter. Utilizing advanced nano-level zirconia toughening technology, the product significantly enhances fracture toughness and impact resistance while maintaining the high hardness characteristics of ceramic materials. The unique surface texture design ensures both precise positioning functionality and smooth rotational movement, making it an ideal solution for high-end precision equipment loading systems.

Core Advantages

  • Exceptional Wear Resistance: Wear rate lower than 1×10⁻⁷mm³/N·m, service life exceeds traditional metals by 5 times

  • Ultra-High Dimensional Stability: Thermal expansion coefficient of 6.5×10⁻⁶/℃ ensures consistent accuracy during temperature fluctuations

  • Outstanding Mechanical Properties: Flexural strength ≥1200MPa, fracture toughness ≥10MPa·m¹/²

  • Perfect Surface Characteristics: Surface roughness Ra≤0.05μm, flatness ≤5μm/100mm

  • Superior Corrosion Resistance: Resistant to acids, alkalis, and oxidation, suitable for various harsh environments

Specifications Table

 
 
Parameter Technical Specification
Material Zirconia Toughened Ceramic
Structure Circular with Clasps
Color Dark Blue
Density 6.05 g/cm³
Hardness HRA 91-93
Flexural Strength ≥1200 MPa
Fracture Toughness ≥10 MPa·m¹/²
Thermal Expansion Coefficient 6.5×10⁻⁶/℃
Surface Roughness Ra≤0.05 μm
Flatness ≤5 μm/100mm

Manufacturing Process
Nano-zirconia powder → Co-precipitation synthesis → Spray granulation → Isostatic pressing → Atmosphere-protected sintering → Precision grinding → Laser engraving → Clasp processing → Non-destructive testing → Accuracy verification → Cleaning and packaging

Usage Instructions

  1. Use specialized tools during installation to ensure even force distribution across all three locking clasps

  2. Regularly clean surface patterns to maintain optimal positioning accuracy

  3. Avoid scratching the surface with hard objects; recommend using specialized cleaning agents

  4. Operating temperature range: -50℃ to 800℃, avoid rapid temperature changes

  5. Store vertically to prevent surface damage from stacking

After-Sales Service
We provide 36-month extended warranty period, establish exclusive customer service files, and conduct quarterly usage status follow-ups. Professional technical team offers 7×24 hour online support, with emergency response within 4 hours and lifetime free technical consultation.

FAQ
Q: What is the specific function of the surface concentric patterns?
A: They enhance surface friction coefficient to ensure loading stability while assisting precise positioning through optical diffraction effects.

Q: How much performance improvement compared to ordinary zirconia ceramics?
A: Approximately 50% improvement in fracture toughness, 200℃ increase in thermal shock resistance, and over 3 times longer service life.

Q: Are customized clasp designs supported?
A: Multiple clasp structures available, supporting exclusive customization according to customer equipment interfaces.

Core Selling Points

  • Nano-Toughening Technology: Achieves perfect balance of high strength and high toughness through zirconia phase transformation toughening mechanism

  • Intelligent Surface Design: Concentric patterns combine functionality with optical positioning assistance

  • Triple Clasp Locking System: Ensures absolute safety and stability during high-speed rotation

  • Full-Scenario Adaptability: Maintains excellent performance from clean rooms to harsh industrial environments

 

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