99 Aluminiumoxid-Eindrückkopf

In the field of micro and nanomechanical testing, the harsh testing environment (such as high temperature and strong corrosion) often leaves traditional diamond or sapphire indenters helpless. We have launched a high-performance 99 Aluminiumoxid-Eindrückkopf to address the pain points in this industry. This product is not only a tool for material science research, but also a reliable guarantee for industrial quality control to cope with special environments.

Product core advantage: Why is 99 alumina the ideal choice?
99 alumina (Al ₂ O3) exhibits irreplaceable advantages in specific application scenarios due to its excellent physical and chemical properties:

1. Excellent chemical inertness and high temperature stability:
   Advantage: It can remain stable in oxidizing or inert atmospheres up to 1700 ° C and does not react with most metal and semiconductor melts. This is incomparable to diamond (which graphitizes above 450 ° C) and sapphire (a single crystal form of Al ₂ O ∝, but expensive).
   Problem solving: Perfectly solved the difficulties of high-temperature in-situ nanoindentation testing and testing in corrosive environments.
2. Äußerst hohe Härte und Verschleißfestigkeit:
   Advantages: The Mohs hardness is as high as 9, second only to diamond, ensuring that the indenter can maintain a sharp geometric shape during long-term and repeated testing, thereby ensuring the long-term accuracy and repeatability of test data.
   Problem solving: Reduced experimental errors and data drift caused by wear on the tip of the indenter, and lowered the cost of frequent replacement of the indenter.
3. Excellent insulation:
   Advantage: It is an excellent electrical insulator, suitable for complex mechanical testing scenarios that require synchronous electrical performance testing (such as conductivity and piezoelectricity).
   Solution: Avoiding the interference of conductive indenter on electrical signal measurement, providing the possibility for multifunctional coupling testing (such as the combination of piezoelectric force microscope PFM and nanoindentation).
4. Cost effectiveness of optimization:
   Advantages: Compared to single crystal sapphire indenters of the same size and accuracy, 99 alumina polycrystalline ceramic indenters achieve better cost control through advanced powder metallurgy and precision machining technology.
   Problem solving: Provides a cost-effective option for research teams and industrial laboratories with limited budgets but requiring high-performance ceramic indenters.

Main application scenarios
High temperature nanomechanical testing: used to study the creep, phase transformation, softening behavior, etc. of materials (such as high-temperature alloys, refractory metals, ceramics) in high-temperature environments.
Testing in Corrosive Environments: Applied in the fields of chemical engineering and energy, testing the mechanical property evolution of materials in acidic, alkaline, or molten salt environments.
Semiconductor and thin film materials: Accurate hardness and modulus measurement of insulating films and passivation layers without conductive interference.
Multi functional coupling testing platform: used in conjunction with electrochemical workstations, high-temperature tables, etc., to conduct in-situ mechanical testing under multi field coupling.

Zeugnis echter Kundenfälle
Case 1 (School of Materials Science at a top university):
Challenge: The laboratory of the college needs to study the high-temperature creep performance of a new type of thermal barrier coating material in 1000 ° C air. Severe oxidation and graphitization occurred during testing using a diamond indenter, resulting in completely distorted data.
Solution: Use our customized 99 alumina Berkovich indenter.
Result: Successfully completed over 100 hours of high-temperature in-situ indentation testing, obtaining stable and reliable material creep stress index and activation energy data, providing key support for paper publication and material optimization.
Case 2 (Research and Development Center of a New Energy Technology Company):
Challenge: The company needs to evaluate the mechanical properties of its solid electrolyte material in air, but the material is sensitive to water vapor and testing must avoid any conductive interference.
Solution: Use our 99 alumina Cube Corner indenter and test it in a glove box.
Result: The insulated alumina indenter perfectly eliminated electrical interference and successfully obtained the fracture toughness value of the electrolyte film in an inert atmosphere, accelerating the development process of its all solid state battery.

Are you also troubled by micro mechanical testing in special environments?
Please feel free to contact our team of technical experts at any time to discuss your specific application requirements. Let us provide professional 99 alumina indenters and customized solutions to safeguard your scientific breakthroughs and product quality.

Brudeze Keramiken liefert und verkauft eine breite Palette von hochwertigem Quarzglas, einschließlich Aluminiumoxidkeramik, Zirkoniumdioxidkeramik, Siliziumnitridkeramik, Aluminiumnitridkeramik, Siliziumkarbidkeramik, Borkarbidkeramik, Biokeramik, maschinell bearbeitbare Keramik usw. Wir sind in der Lage, die Anforderungen an die Anpassung verschiedener Keramikprodukte zu erfüllen.