CU9745 High-Precision Brass Strip (C26000)

High-Precision Brass Strip (C26000) Description

High-Precision Brass Strip (C26000) consists of a copper-zinc alloy processed to achieve a controlled microstructure suitable for engineering tasks. The strip’s specific alloy composition enables predictable mechanical performance and dimensional stability. Its manufacturing process involves sequential rolling and spectral composition analysis to maintain strict control over material properties, supporting applications that require consistent form factors and mechanical behaviour.

High-Precision Brass Strip (C26000) Applications

1.       Electronics Manufacturing
   - Used as conductive elements in printed circuit assemblies to achieve defined current paths by utilising its stable electrical resistivity.
   - Applied in electromagnetic shielding components in electronic housings to mitigate interference through its controlled alloy composition.

2.       Industrial Processing
   - Serves as a forming material in mechanical components to secure consistent joining of parts by relying on its uniform microstructure.
   - Frequently used in heat exchanger frames to maintain steady thermal conductivity based on its copper content.

High-Precision Brass Strip (C26000) Packing

The strip is packaged in anti-static, moisture-resistant barrier film and secured within rigid, cushioned containers to reduce risk of mechanical deformation. It is stored in a clean, temperature-controlled environment to avoid contamination and maintain alloy stability. Custom packaging options, including labelled reels and compartmentalised trays, are available to meet specific production line requirements.

Frequently Asked Questions

Q1: What mechanical characteristics does this brass strip present for industrial use?
A1: The brass strip exhibits a balanced strength-to-ductility ratio due to its controlled copper-zinc composition. These properties support forming and machining operations while maintaining dimensional stability under processing loads.

Q2: How is material consistency verified during production?
A2: The product undergoes periodic spectral analysis and surface inspections at key production stages. These assessments detect compositional variance and surface irregularities, helping maintain uniform performance across batches.

Q3: Are dimensional variations available for specialised applications?
A3: Yes, adjustments to the strip’s width and thickness are possible. The rolling and cutting processes can be modified to deliver non-standard dimensions that integrate with specific manufacturing requirements.

Additional Information

Brass alloys composed of copper and zinc have a long history in industrial applications due to their balanced mechanical and thermal properties. Research into brass metallurgy emphasises the importance of controlling alloy composition and processing conditions to optimise performance in demanding environments.
Advances in metallurgical processing have improved the ability to manage microstructural features such as grain size and phase distribution. This control supports uniform mechanical behaviour, which is integral for applications requiring accurate material performance under variable operational conditions.