TN10385 Tin Oxide Ceramic Rod SnO2 Rod

Tin Oxide Ceramic Rod SnO2 Rod Description

Tin Oxide Ceramic Rod SnO2 Rod is produced from 99% pure SnO2 and exhibits a density of at least 6.3 g/cm³. The rod form factor facilitates incorporation into systems requiring reliable thermal management and structural strength. Its customisable dimensions allow engineers to specify length and diameter to fit specialised equipment. The inherent chemical inertness and thermal stability of tin oxide provide practical advantages in applications such as sensor housings and high-temperature processes.

Tin Oxide Ceramic Rod SnO2 Rod Characteristics

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

Tin Oxide Ceramic Rod SnO2 Rod Applications

Industrial Ceramics
- Used as a structural component in high-temperature furnace assemblies to achieve thermal stability by utilising its high density and chemical inertness.

Electronics
- Applied as sensor housings in electronic devices to mitigate environmental degradation by employing its ceramic properties.

Laboratory Equipment
- Serves as a component in controlled-environment chambers to obtain consistent thermal regulation by capitalising on its stable ceramic composition.

Tin Oxide Ceramic Rod SnO2 Rod Packing

Tin Oxide Ceramic Rod SnO2 Rod is packaged in foam-lined, anti-static containers designed to minimise mechanical shock and contamination. The rod is secured within protective wrapping and stored in a controlled, dry environment. Custom packaging options such as compartmentalised boxes and specific labelling can be arranged on request to meet special storage and handling requirements.

Frequently Asked Questions

Q1: How does the high density of Tin Oxide Ceramic Rod impact its performance in high-temperature applications?
A1: The density of ≥6.3 g/cm³ enhances thermal management and structural integrity under elevated temperatures, supporting dimensional stability during extended periods of heat exposure.

Q2: What customisation options are available for the rod's dimensions?
A2: The rod’s dimensions are fully customisable. Customers can specify length and diameter parameters that align with their equipment and processing requirements, facilitating direct integration.

Q3: What quality control measures support the 99% purity level?
A3: SAM implements advanced XRF and SEM analyses during production to monitor and maintain the 99% purity standard. These procedures help control material composition and ensure that the properties remain consistent throughout the manufacturing process.

Additional Information

Tin oxide ceramics are extensively studied for their semiconductor behaviour and functional properties in high-temperature environments. Their stable oxide structure contributes to chemical inertness, making them a subject of interest in various industrial and electronic applications. Researchers continue to explore methods to optimise microstructure which can enhance material performance.

Advancements in ceramic processing and synthesis techniques have enabled more controlled fabrication of tin oxide components. SAM utilises these methods to ensure that products meet precise density and purity requirements, ultimately supporting applications in thermal management and structural engineering with a focus on performance consistency.