ZR7058 صفيحة الزركونيا المغنيسيا المثبتة بالمغنيسيا ZR7058 بنسبة 4% من صفيحة الزركونيا المغنيسيا MSZ (ZrO2/MgO)

Magnesia-stabilized Zirconia 4% Magnesia Sheet Description

Magnesia-stabilized Zirconia 4% Magnesia Sheet (ZR7058) is an advanced ceramic material designed specifically for high-performance industrial applications requiring excellent mechanical properties, thermal insulation, and resistance to aggressive environments. Featuring zirconium dioxide (ZrO₂) stabilized with 4% magnesia (MgO), it achieves a fine-grained microstructure, high flexural strength, and excellent dimensional stability even at extremely high temperatures.

Due to its robust thermal stability, it is highly suitable for applications involving intense thermal cycling and mechanical stress, such as aerospace components, thermal barrier coatings, electronic substrates, and precision industrial tooling. Its corrosion resistance and minimal thermal conductivity further enhance its effectiveness in demanding operational conditions.

Magnesia-stabilized Zirconia 4% Magnesia Sheet Applications

Aerospace Industry: Thermal barrier coatings and structural components exposed to high temperatures.

Electronics: Ceramic substrates and insulation parts requiring excellent dielectric properties and thermal stability.

Industrial Tooling: Wear-resistant guides, fixtures, dies, and precision tooling components.

Medical Applications: Biocompatible ceramic components for implants and prosthetic devices.

Magnesia-stabilized Zirconia 4% Magnesia Sheet Packing

Stanford Advanced Materials ensures secure and contamination-free packaging for Magnesia-stabilized Zirconia Sheets, preserving their quality during storage and shipment.

Standard packaging: Individually wrapped sheets, packaged securely in cushioned boxes or crates.

Frequently Asked Questions

What is Magnesia-stabilized Zirconia used for?
It is primarily used for high-temperature structural components, electronic substrates, aerospace applications, and precision industrial tooling due to its excellent mechanical properties and thermal stability.

Why is Zirconia stabilized with Magnesia?
Magnesia stabilization prevents phase transformations in zirconia at high temperatures, enhancing mechanical strength, toughness, and thermal shock resistance.

What is the maximum operating temperature for ZR7058 Zirconia sheets?
ZR7058 Zirconia sheets typically withstand temperatures up to approximately 2200°C.

Is Magnesia-stabilized Zirconia biocompatible?
Yes, magnesia-stabilized zirconia exhibits biocompatibility, making it suitable for certain medical implant and prosthetic applications.

How do you ensure the quality of Zirconia Sheets during shipping?
Stanford Advanced Materials securely packages Zirconia Sheets individually, ensuring they remain contamination-free and intact during storage and transportation.