CY9440 Aluminium Single Crystal Substrate (100), 10x10x1 mm, SSP

Aluminium Single Crystal Substrate (100), 10x10x1 mm, SSP Description

The Aluminium Single Crystal Substrate (100), 10x10x1 mm, SSP is fabricated with strict control of lattice orientation, ensuring a (100) crystallographic plane across its entire surface. The dimensions of 10x10x1 mm support integration with standard equipment in materials research. Its single crystal structure minimises grain boundary interference, improving accuracy in experimental setups. The substrate undergoes SEM inspection and advanced annealing processes to control defect levels and ensure uniformity.

Aluminium Single Crystal Substrate (100), 10x10x1 mm, SSP Applications

Electronics
- Used as a platform in semiconductor device prototyping to achieve consistent electron transport by leveraging its uniform crystallographic orientation.
- Applied as a substrate in microelectromechanical systems (MEMS) to facilitate precise integration and reduce parasitic interference due to its single crystal nature.

Industrial & Research
- Employed as a testbed in materials science studies to evaluate alloying behaviours, leveraging its defect-minimised structure for reproducible experimental conditions.
- Serves as a calibration standard in instrumentation setups, providing a stable and uniform interface that enhances measurement accuracy.

Aluminium Single Crystal Substrate (100), 10x10x1 mm, SSP Packing

The substrate is packaged in a custom-designed, anti-static foam-lined container to prevent mechanical damage and contamination. It is sealed in a moisture-resistant pouch to maintain surface integrity during transportation and storage. Recommended storage is in a clean, temperature-controlled environment. Custom packaging solutions, including labelled compartments and shock-absorption inserts, are available upon request to meet specific handling requirements.

Frequently Asked Questions

Q1: What measures are in place to ensure the substrate’s crystallographic orientation?
A1: SAM employs high-resolution scanning electron microscopy (SEM) during the annealing and processing stages to verify the (100) orientation. This method ensures that deviations are minimal, maintaining the substrate’s uniform single crystal structure essential for reproducible results.

Q2: How does the substrate’s size benefit integration with research equipment?
A2: The dimensions of 10x10x1 mm conform to standard laboratory and semiconductor tool designs, facilitating integration into experimental setups and test chambers. This standardisation helps in reducing compatibility issues during precise measurements.

Q3: Can the substrate be customised in terms of surface finish or additional processing?
A3: Yes, customisation options such as specific surface polishing or additional thermal treatments are available. These modifications are performed under controlled conditions to ensure that the substrate’s structural integrity and crystallinity are maintained while adapting to unique experimental needs.

Additional Information

Aluminium single crystal substrates are critical in materials science research as they offer a consistent and defect-free surface for experimental validations. Their controlled crystalline orientation benefits studies in electronic properties and thin film depositions. Research facilities often utilise such substrates to develop and test integration processes in advanced semiconductor technology.

The production process emphasises rigorous quality inspection and precise control of annealing parameters to limit defect formation. This approach supports high reproducibility in laboratory settings and contributes to the understanding of aluminium’s intrinsic properties in advanced material research.