Precision Zirconia Ceramic Diverter Valve | High-Performance ZrO₂ Fluid Control Valve
Precision Zirconia Ceramic Diverter Valve | High-Performance ZrO₂ Fluid Control Valve
HOT
Precision Zirconia Ceramic Diverter Valve | High-Performance ZrO₂ Fluid Control Valve
Product details
Attachments
FAQ
Essential details
Shipping:Express delivery
Specification Number:SN001Al2O3002
Product Introduction

Zirconia Ceramic Center Rod for 3C Heat Sinks | High Thermal Stability Components

High-precision zirconia ceramic center rods for 3C heat sink applications. Excellent thermal stability, mechanical strength, and electrical insulation. Ideal for electronics cooling systems.



  • main keyword: zirconia ceramic center rod

  • secondary keywords:

    • ceramic rod for heat sink

    • zirconia ceramic for electronics cooling

    • 3C ceramic components

    • high strength ceramic rod

    • insulating ceramic rod for electronics



Product Overview

The Zirconia Ceramic Center Rod for 3C Heat Sinksis a high-performance structural component designed for thermal management systems in consumer electronics. Manufactured from advanced zirconium dioxide (ZrO₂), it offers exceptional mechanical strength, thermal stability, and electrical insulation, making it ideal for compact and high-efficiency heat dissipation solutions.


Key Features

1. High Mechanical Strength & Toughness
Zirconia ceramics provide superior fracture toughness compared to other ceramic materials, ensuring durability in compact electronic assemblies.

2. Excellent Thermal Stability
Maintains structural integrity under continuous thermal cycling in electronic cooling systems.

3. Electrical Insulation
Prevents electrical interference, making it suitable for sensitive electronic devices.

4. Corrosion & Oxidation Resistance
Ensures long-term reliability even in harsh operating environments.

5. Precision Machining
High dimensional accuracy for seamless integration into heat sink assemblies.


Applications

  • 3C heat sinks (smartphones, tablets, laptops)

  • Electronic cooling modules

  • LED heat dissipation systems

  • Precision electronic assemblies


Technical Advantages

  • High density and smooth surface finish

  • Non-conductive and non-magnetic

  • Resistant to thermal shock

  • Suitable for miniaturized electronic designs


Customization Options

We offer customized zirconia ceramic rods based on your application:

  • Diameter and length

  • Surface finishing (polishing, grinding)

  • Tight tolerance control

  • Integration with metal or composite heat sink structures

Localized Title (US)

Zirconia Ceramic Center Rod for 3C Heat Sink Applications | USA Supplier

Localized Content Snippet

We supply precision zirconia ceramic center rods for 3C electronics manufacturers across the United States. Our components are designed for reliable performance in advanced heat sink and thermal management systems.

Fast delivery and custom engineering support are available for OEM clients.


🔹 CTA

  • Request a Quote

  • Get Custom Design Support

  • Contact Our Engineering Team

Material Characteristics Table
Type 
Unit
Z‑100
Z‑200
ZM‑100
ZB‑100
Material
-ZrO₂‑Y₂O₃
ZrO₂‑Y₂O₃
ZrO₂‑MgO
ZrO₂‑Y₂O₃
Colour
-
White
White
White
Yellow
Density
g/cm³
6
6.03
6.04
5.7
Flexural Strength
MPa
900
950
1100
450
Compressive Strength
MPa
2100
2200
2300
1600
Modules of Elasticity
GPa
200
210
220
210
Fracture Toughness
MPa·m^½
9
-
9
5.5
Poisson's Ratio

0.3
0.3
0.3
0.3
Hardness
HRA
89
90
90
88
Vickers Hardness
HV1
1250
1450
1450
1240
Thermal Expansion
10⁻⁶K⁻¹
10
10
10
10
Thermal Conductivity
W/m·K
3
3
3
3
Thermal Shock
ΔT·℃
400
400
400
-
Max Use Temp(Oxidizing)

1000
1000
1000
850
Max Use Temp(Reducing)

1000
1000
1000
850
Volume Resistivity (20℃)
Ω·cm
10¹³
10¹²
10¹²
5×10¹³
Dielectric Strength
kV/mm
19
15
17
19
Dielectric Constant(1MHz)
-28
30
30
27
Dielectric Loss (tanδ)
1MHz
2×10⁻³
2×10⁻³
2×10⁻³
2×10⁻³

HOME

PRODUCTS

ABOUT  US

CONTACT US

Know Us

Enterprise Information

Production Line

Adceratech_whiten.png

Copyright ©️ 2022, ZheJiang Adceratech Co., Ltd. All Rights Reserved.

NEWS

Phone
WhatsApp
WeChat
E- mail