CY10328 Calcium Carbonate CaCO3 Single Crystal Substrate (001) 10x10x0.5mm

Calcium Carbonate CaCO3 Single Crystal Substrate (001) 10x10x0.5mm Description

Calcium Carbonate (CaCO3) Single Crystal Substrate with a (001) orientation is manufactured at dimensions of 10x10 mm and a thickness of 0.5 mm. The substrate exhibits a well-defined crystallographic plane, supporting research applications that require precise surface properties. Its chemical consistency and smooth finish provide reproducible results in experiments and process development, with SAM enforcing rigorous surface quality assessments during production.

Calcium Carbonate CaCO3 Single Crystal Substrate (001) 10x10x0.5mm Applications

1.       Electronics and Semiconductor Research
   - Used as a test platform in electronic device prototyping to achieve controlled interface characteristics by leveraging its uniform (001) surface.
   - Applied as a calibration standard in optical metrology systems due to its consistent crystal orientation, enhancing measurement accuracy.

2.       Materials Science and Surface Engineering
   - Serves as a substrate for thin film deposition studies to assess film adhesion and growth behaviour by utilising its low defect density.
   - Frequently used in surface modification experiments to evaluate chemical etching or coating processes owing to its well-defined surface properties.

Calcium Carbonate CaCO3 Single Crystal Substrate (001) 10x10x0.5mm Packing

Substrates are individually secured in antistatic, cushioned carriers and sealed in moisture-barrier packaging to prevent contamination. They are stored in a temperature-controlled environment to sustain crystallographic integrity. Additional custom packaging options for enhanced protection are available upon request. Handling instructions include minimal mechanical shock and limiting exposure to environmental particulates.

Frequently Asked Questions

Q1: What defines the (001) orientation in these substrates?
A1: The (001) orientation indicates the specific crystallographic plane exposed on the substrate surface, which is critical for experiments that require consistent interfacial properties and targeted directional responses during material processing.

Q2: How is the surface quality of the substrate verified?
A2: Surface quality is assessed using interferometric and microscopic techniques. These methods provide detailed measurements of surface flatness and roughness, ensuring consistency and minimising potential defects that could affect experimental outcomes.

Q3: Can the substrate dimensions be tailored for specific applications?
A3: Custom dimensions can be discussed based on detailed project requirements. SAM evaluates production capabilities to meet application-specific tolerances while maintaining the substrate’s crystallographic and surface integrity.

Additional Information

Calcium Carbonate substrates are frequently utilised in fundamental research and development, especially where precise surface integrity is paramount. The inherent characteristics of CaCO3, including its chemical stability and natural abundance, make it an attractive choice for controlled studies in crystallography and surface science.

Understanding crystallographic orientations plays a pivotal role in material engineering, as it influences growth mechanisms and interfacial properties. By integrating standardised production protocols with advanced quality control techniques, substrates like these contribute to the reliability of experimental data and the advancement of materials science studies.