CU9748 High-Precision Brass Strip (C23000)

High-Precision Brass Strip (C23000) Description

High-Precision Brass Strip (C23000) is a Cu-Zn alloy produced in strip form with precisely maintained composition and thickness tolerances. The material undergoes X-ray fluorescence and microscopic inspections to ensure its elemental balance and structural integrity. Its controlled dimensions facilitate integration into mechanical assemblies and experimental setups. The alloy's verified formulation supports applications where predictable physical performance and consistent machinability are essential.

High-Precision Brass Strip (C23000) Applications

Industrial Applications
- Used as a component in automated manufacturing systems to achieve uniform assembly tolerances by leveraging its controlled alloy composition.

Electronics Applications
- Applied as contact elements in connector assemblies to obtain stable electrical interfaces by utilising its consistent surface finish.

R&D Applications
- Used as a test specimen in materials analysis setups to validate theoretical models by leveraging its verified chemical composition.

High-Precision Brass Strip (C23000) Packing

The High-Precision Brass Strip (C23000) is packaged in sealed, anti-scratch foil containers with inert cushioning materials to mitigate surface damage and protect against oxidation. The packaging includes moisture-barrier liners to prevent contamination. For optimal storage, maintain the material in a temperature-controlled, low-humidity environment. Custom packaging options, including labelled containers and compartmentalisation, are available upon request.

Frequently Asked Questions

Q1: What testing methods are employed to verify the alloy composition?
A1: The manufacturer employs X-ray fluorescence and scanning electron microscopy to assess compositional uniformity and detect any microstructural irregularities, ensuring the brass strip adheres to defined metallurgical standards.

Q2: How does the controlled thickness of the brass strip contribute to its performance?
A2: A regulated thickness supports precise integration into mechanical assemblies, ensuring compatibility with standard fabrication processes and reducing variability in performance outcomes during production.

Q3: What storage conditions help maintain the material’s integrity?
A3: To maintain material integrity, store the brass strips in sealed, anti-corrosion packaging within a temperature-controlled, low-humidity environment. This approach prevents oxidation and physical damage, preserving the surface finish and compositional stability.

Additional Information

Brass, a copper-zinc alloy, exhibits a well-documented balance of mechanical strength and machinability, making it a subject of extensive metallurgical research. Its uniform behaviour under controlled processing conditions is critical for applications that require precise material properties.

Stanford Advanced Materials applies rigorous quality control procedures and advanced analytical techniques to ensure that every batch of brass strip meets established technical parameters. This adherence to detailed inspection protocols supports the consistent performance of the material in both industrial and research settings.