AC10055 Porous Alumina Tube Porosity 45%

Porous Alumina Tube Porosity 45% Description

Porous Alumina Tube Porosity 45% is fabricated from Al2O3 with a minimum purity of 91% and engineered to have a 45% porous structure. This configuration supports thermal insulation and controlled interaction with fluids or gases while maintaining structural integrity. The customisable dimensions make it suitable for integration in systems requiring precise component fitting. Its chemically inert nature further enhances its resistance to corrosive environments and high-temperature applications.

Porous Alumina Tube Porosity 45% Applications

Industrial Applications
- Used as a refractory lining in high-temperature processing equipment to achieve effective thermal insulation by leveraging its porous structure.
- Applied as a filtration medium in chemical processing systems to control particulate flow by taking advantage of the uniform pore distribution.

Electronics Applications
- Serves as a component in sensor housings to manage thermal gradients by utilising its inherent insulating properties.
- Frequently used in microelectronic cooling systems to moderate heat transfer through its tailored porous network, enhancing overall system stability.

Porous Alumina Tube Porosity 45% Packing

The products are packaged in cushioned, anti-static carriers to minimise mechanical shocks and particulate contamination. Each tube is sealed in moisture-resistant bags and placed inside rigid, custom-moulded containers. Storage conditions should remain dry and at a stable room temperature to maintain material integrity. Custom packaging options are available, including individualised labelling and compartmentalisation to accommodate specific handling protocols.

Frequently Asked Questions

Q1: How are the dimensional tolerances maintained with customised dimensions?
A1: Customised dimensions are achieved using precision machining and sintering controls. Measurements are verified with high-resolution metrology tools during quality control, ensuring that the final product conforms to user-defined tolerances.

Q2: What measures support the uniformity of the 45% porosity across the tube?
A2: Porosity is controlled through regulated powder compaction and sintering cycles. Scanning electron microscopy is used during quality control to verify pore distribution, ensuring the product meets the targeted performance parameters.

Q3: Can the tube be integrated into systems requiring high chemical resistance?
A3: Yes, the high-purity Al2O3 coupled with its inert porous structure allows the tube to operate in chemically aggressive environments. Its resistance to corrosion makes it suitable for prolonged use in chemical processing systems.

Additional Information

Alumina ceramics are widely utilised in industries where high thermal stability and chemical inertness are critical. Their microstructure can be tailored during synthesis to achieve specific porosity levels, which directly influences parameters such as thermal conductivity and vibrational damping.

In applications ranging from industrial processing to electronic devices, understanding the role of porosity in alumina is key. The material’s engineered voids contribute to thermal regulation and weight reduction, while maintaining the overall mechanical performance. This balanced combination of characteristics supports its integration in demanding operational environments.