AC10053 Porous Alumina Tube Porosity 35%

Porous Alumina Tube Porosity 35% Description

Porous Alumina Tube Porosity 35% is a ceramic tube manufactured from Al2O3 featuring a 35% porous architecture. Its high-purity composition (≥91%) and tubular design are optimised for both thermal management and chemical inertness. The customisable dimensions facilitate integration into various systems, while the engineered porosity enhances fluid permeability and insulation properties. This combination supports precise performance in filtration, industrial processing, and high-temperature environments.

Porous Alumina Tube Porosity 35% Applications

Industrial Applications
- Used as a support structure in high-temperature processing equipment to achieve improved thermal insulation by leveraging its controlled porous architecture.
- Applied as a filter component in chemical processing systems to enable precise fluid flow control by leveraging its adjustable pore network.

Electronics Applications
- Serves as a substrate in sensor assemblies to attain optimised heat dissipation by leveraging the inherent thermal stability of porous alumina.

Porous Alumina Tube Porosity 35% Packing

Porous Alumina Tube Porosity 35% is carefully packaged using moisture-resistant, anti-static materials with protective foam inserts. Each tube is sealed within a contaminant-free bag and enclosed in a rigid container. Custom packaging options can be arranged to accommodate specific shipping or storage requirements. The product should be stored in a cool, dry environment to maintain material integrity.

Frequently Asked Questions

Q1: What control measures are implemented to ensure pore uniformity in these tubes?
A1: Pore uniformity is verified through scanning electron microscopy combined with image analysis, which provides quantitative data on pore distribution and size. This process is critical for confirming consistent material performance across batches.

Q2: How are the dimensional customisations achieved for these ceramic tubes?
A2: Dimensions are tailored using precision machining and controlled sintering processes. Customers provide detailed specifications, and production is adjusted accordingly to ensure compatibility with specific system requirements.

Q3: What factors make this product suitable for high-temperature applications?
A3: The Al2O3 composition provides inherent thermal stability, while the engineered porosity enhances thermal insulation and controlled heat dissipation. These factors collectively contribute to its effectiveness under elevated temperature conditions.

Additional Information

Alumina (Al2O3) is a fundamental material in ceramic engineering due to its mechanical strength, chemical inertness, and thermal stability. Its use in porous form introduces a controlled permeability that is crucial for applications requiring both insulation and fluid transport, such as filters, catalyst supports, and certain sensor systems.

The production of porous alumina involves advanced sintering and thermal treatment techniques that precisely control pore size and distribution. This control is essential for meeting the rigorous demands of industrial processes, where consistent material behaviour and performance are critical for operational success.