AC8703 Alumina Tube, Aluminium Oxide Tube (Al2O3 Tube) 99.5%, OD 30 mm

Alumina Tube, Aluminium Oxide Tube (Al2O3 Tube) 99.5%, OD. 30 mm Description

Alumina Tube, Aluminium Oxide Tube (Al2O3 Tube) 99.5%, OD. 30 mm is produced with a high level of chemical purity and consistent dimensions. The 30 mm outer diameter ensures compatibility with standard industrial systems. The documented flexural and compressive strengths guarantee resistance against mechanical loads, while its thermal conductivity supports effective heat management in high-temperature settings. Such attributes make it viable for applications where dimensional stability and thermal performance are critical.

Alumina Tube, Aluminium Oxide Tube (Al2O3 Tube) 99.5%, OD. 30 mm Characteristics

*The above product information is based on theoretical data and is for reference only. Actual specifications may vary.

Alumina Tube, Aluminium Oxide Tube (Al2O3 Tube) 99.5%, OD. 30 mm Applications

Industrial Applications
- Used as a lining component in high-temperature furnaces to achieve thermal insulation by leveraging its stable thermal conductivity and high compressive strength.
- Applied as a structural element in fluid handling systems to manage corrosive environments by leveraging its chemical inertness and mechanical integrity.

Electronics and Heat Management Applications
- Utilised as a protective tube in electronic enclosures to achieve electrical isolation by leveraging its high volume resistivity.
- Serves as a thermal management channel in LED assemblies to enhance heat dissipation by leveraging its effective thermal conductivity.

Alumina Tube, Aluminium Oxide Tube (Al2O3 Tube) 99.5%, OD. 30 mm Packing

The alumina tube is packaged in cushioned, anti-static materials within moisture-barrier bags to reduce contamination risks. It is boxed in sturdy, shock-resistant containers to withstand transport stresses. Storage and shipping conditions are designed to maintain material integrity and prevent damage, with customisation options available upon request.

Additional Information

Ceramic materials such as alumina have long been used in high-temperature and chemically aggressive environments due to their inherent inertness and mechanical robustness. Research in advanced sintering techniques and quality control methods continues to refine the performance of these materials.

Understanding the interactions between thermal, mechanical, and electrical properties of alumina is crucial for optimising its use in industrial and electronic applications. These insights guide material selection and system design to achieve optimal performance in demanding operational conditions.