CY9581 Calcium Carbonate (CaCO₃) Crystal 50x50x30 mm

Calcium Carbonate (CaCO₃) Crystal 50x50x30 mm Description

Calcium Carbonate (CaCO₃) Crystal 50x50x30 mm is a precisely fabricated mineral crystal used in research and industrial settings. The 50x50x30 mm dimensions ensure compatibility with standard measurement and processing equipment. Its inherent chemical inertness serves as an effective barrier in reactive environments, while the uniform lattice structure contributes to reliable dimensional consistency. The product undergoes calibrated cutting and interferometric surface verification to confirm its technical specifications for critical applications.

Calcium Carbonate (CaCO₃) Crystal 50x50x30 mm Applications

Industrial Research
- Use as a calibration substrate in interferometric measurement systems to achieve precise equipment alignment by utilising its uniform dimensional properties.
- Applied as a chemical barrier in reaction setups to achieve controlled environments by utilizing its chemical inertness.

Material Testing
- Used as a standard in mechanical stress testing apparatus to achieve consistent baseline data by utilising its uniform crystalline structure.

Calcium Carbonate (CaCO₃) Crystal 50x50x30 mm Packing

The crystals are individually wrapped in inert polypropylene packaging and cushioned in anti-static foam to minimise mechanical damage during transit. Protective barriers guard against contamination and moisture ingress. Storage in a controlled, dry environment is recommended to maintain both dimensional accuracy and material integrity. Custom packaging options such as vacuum-sealed pouches or rigid containers are available to meet specific laboratory and transportation requirements.

Frequently Asked Questions

Q1: What factors contribute to maintaining the crystal’s dimensional stability during processing?
A1: Dimensional stability is maintained through calibrated cutting techniques, strict temperature control, and an interferometric evaluation of the surface. These measures help ensure that each substrate meets precise size standards for experimental use.

Q2: How does the chemical inertness of Calcium Carbonate benefit its application in reactive environments?
A2: The inherent chemical inertness prevents the crystal from reacting with external agents, which preserves its structural integrity. This quality is particularly beneficial when used as a substrate in chemical or environmental testing setups.

Q3: Is it possible to customise the surface finish or dimensions of the crystal for specific research needs?
A3: Yes, customisation options are available through consultation with SAM’s technical team. Adjustments in surface finish and minor dimensional modifications can be arranged following detailed measurement and trial assessments.

Additional Information

Calcium Carbonate, with the chemical formula CaCO₃, is extensively studied in both mineralogy and materials science due to its predictable crystallographic behaviour under varying environmental conditions. Researchers value the material for its reproducible properties, which allow for precise calibration and baseline measurements in experimental setups.

Stanford Advanced Materials employs detailed inspection protocols and calibrated process controls to ensure the dimensional and chemical consistency of its crystal substrates. This rigorous approach supports advanced research in fields such as crystallography, materials engineering, and industrial testing, contributing to a broader understanding of material stability and performance.