AC9592 Gamma-Aluminium Oxide Powder Alumina Powder Al2O3 Type N, 0.05 μm

Gamma-Aluminium Oxide Powder Alumina Powder Al2O3 Type N, 0.05 μm Description

Gamma-Aluminium Oxide Powder Alumina Powder Al2O3 Type N, 0.05 μm is a gamma-phase alumina material characterised by a 0.05 μm particle size. Its defined submicron particles and high surface area are determined using laser diffraction and microscopy techniques. The controlled synthesis minimises material aggregates and ensures stable physicochemical properties, making this powder suitable for ceramic sintering, catalyst supports, and other applications requiring high phase purity and consistent behaviour under thermal processing.

Gamma-Aluminium Oxide Powder Alumina Powder Al2O3 Type N, 0.05 μm Applications

Electronics
- Used as an insulating component in microelectronic circuits to achieve controlled dielectric properties by leveraging its uniform submicron particle size.

Ceramic Processing
- Applied as a raw material in sintering processes to establish stable ceramic structures by leveraging its gamma-phase purity and narrow particle distribution.

Catalyst Supports
- Serves as a support medium in heterogeneous catalysis to achieve increased active surface area by leveraging its high specific surface area and chemically inert nature.

Gamma-Aluminium Oxide Powder Alumina Powder Al2O3 Type N, 0.05 μm Packing

The powder is packaged in moisture-resistant, anti-static bags placed within sealed, sturdy cartons. Desiccant packets are included to control moisture uptake during storage and transport. Foam-lined inserts minimise mechanical shock, while the packaging design also prevents particle agglomeration. Customised container sizes and labelling options are available to accommodate specialised storage conditions and handling requirements.

Frequently Asked Questions

Q1: How is the particle size distribution verified for this alumina powder?
A1: Particle size distribution is confirmed using laser diffraction and scanning electron microscopy. These techniques help ensure that the measured 0.05 μm average particle size meets the required specifications essential for precise ceramic processing.

Q2: What measures are implemented to minimise contamination during handling?
A2: The synthesis process occurs in controlled environments with inert atmospheric conditions. Anti-static packaging, sealed bags, and cleanroom handling procedures reduce the risk of contamination and particle agglomeration during storage and transport.

Q3: Can the powder be tailored to specific ceramic processing requirements?
A3: Yes, customisation is possible by adjusting particle size distribution parameters and surface treatments. Such modifications are executed under controlled laboratory conditions to address specific process integration needs without altering the fundamental gamma-phase characteristics.

Additional Information

Gamma-phase alumina is an extensively studied ceramic material owing to its unique thermal and chemical stability. Its submicron particle characteristics enable predictable sintering behaviour and high specific surface areas, which are critical for diverse industrial applications such as catalysts and advanced ceramics.

In material science, understanding the relationship between particle size and surface chemistry is paramount. Alumina powders are frequently optimised through controlled synthesis methods and rigorous laboratory analysis, ensuring they perform reliably in high-temperature and chemically challenging environments.