Search
English

Language

+86-138-1482-9868

Before you start shopping

We use first- and third-party cookies including other tracking technologies from third party publishers to give you the full functionality of our website, to customize your user experience, perform analytics and deliver personalized advertising on our websites, apps and newsletters across internet and via social media platforms. For that purpose, we collect information about user, browsing patterns and device.

By clicking "Accept All Cookies", you accept this, and agree that we share this information with third parties, such as our advertising partners. If you prefer, you can choose to continue with "Only Required Cookies". But keep in mind that blocking some types of cookies may impact how we can deliver tailored content that you might like.

For more information and to customize your options, click on "Cookie settings". If you want to learn more about cookies and why we use them, visit our Cookie Policy page at any time. Cookie Policy

Accept All Cookies Close

News

Home / News / Knowledge / Polishing Solution for Nano-Particle Reinforced Pure Aluminum Matrix Composites

Home / News / Knowledge / Polishing Solution for Nano-Particle Reinforced Pure Aluminum Matrix Composites

Polishing Solution for Nano-Particle Reinforced Pure Aluminum Matrix Composites

Aluminum, a lightweight metal with balanced properties, is limited in high-end applications by its inherent insufficient strength and heat resistance. Aluminum matrix composites achieve performance breakthroughs by incorporating nano-scale or micro-scale reinforcement particles, while retaining aluminum’s excellent characteristics.

Through interactions with dislocations (such as hindrance and surrounding) and load transfer effects, reinforcement particles effectively impede dislocation movement, enabling the material to achieve synergistic improvements in strength, stiffness, and thermal stability. This feature makes it an ideal choice for lightweight load-bearing components in aerospace, braking systems of high-speed trains, and high-power electronic packaging devices.

It successfully addresses the composite demand for “stronger, lighter, and more heat-resistant” materials in modern industry, driving the continuous innovation of high-end equipment manufacturing technology.

Sample Preparation Scheme for This Batch:

1️⃣ Rough Grinding: P2000 silicon carbide sandpaper, with low-temperature wax coated on the sandpaper surface

2️⃣ Rough Polishing: SC-JP + 3μm PD-WT polycrystalline diamond

3️⃣ Fine Polishing: ZN-JP + 50nm SO-A439 silicon dioxide

#Trojan #Trojanmetallography #Metallography #Material #Materialtesting

PREV：No previous article
NEXT：Case Sharing: Semipol for Grinding & Polishing of Silicon-Based Chip End Faces

Recommended