Key Applications & Uses

G-Hexa AO-P Alumina Polishing Powder is suitable for precision polishing across multiple materials:

• Metallographic polishing for accurate microstructural analysis
• Surface finishing of metals including ferrous and non-ferrous materials
• Preparation and polishing of semiconductor and PCB components
• Fine polishing of ceramics and mineral samples
• Custom slurry preparation for controlled polishing processes
• Step-wise polishing from coarse to ultra-fine finishes based on particle size

Why Choose from G-Hexa?

G-Hexa offers advanced polishing powders designed for flexibility and high-performance applications:

• De-agglomerated particles ensure uniform polishing without scratches
• Strict particle size distribution provides consistent and repeatable results
• Customizable slurry preparation using DI water for process control
• High purity material minimizes contamination in sensitive environments
• Suitable for a wide range of laboratory and industrial applications
• Reliable quality for research, academic, and production workflows

Frequently Asked Questions (FAQs)

Q1. What does de-agglomerated mean in this product?
De-agglomerated means the particles are separated and do not form clusters, ensuring uniform polishing and preventing surface defects.

Q2. How should this powder be used?
The powder should be mixed with deionized (DI) water to create a polishing suspension before application.

Q3. Which particle size should I select?
1 μm is used for initial polishing, 0.3 μm for intermediate polishing, and 0.05 μm for final polishing to achieve a mirror finish.

Q4. Can this be used for semiconductor polishing?
Yes, its high purity and controlled particle size make it suitable for semiconductor and electronic component polishing.

Q5. Is it suitable for ceramic materials?
Yes, it is effective for polishing ceramics, minerals, and other hard materials.

Q6. How should the product be stored?
Store in a dry, sealed container away from moisture to maintain its quality and prevent clumping.