CU9749 High-Precision Brass Strip (C22000)

High-Precision Brass Strip (C22000) Description

High-Precision Brass Strip (C22000) is formulated from a copper-zinc alloy and undergoes controlled rolling and post-heat treatment to secure tight dimensional tolerances and uniform surface quality. The alloy’s composition is monitored through advanced metallurgical methods, ensuring consistency and reducing variability in mechanical properties. These attributes facilitate compatibility with automated manufacturing processes where precise material dimensions and surface uniformity are crucial.

High-Precision Brass Strip (C22000) Applications

1.       Electronics Applications
   - Used as conductive elements in precision circuit connectors to achieve consistent electrical performance by leveraging uniform alloy composition.

2.       Industrial Manufacturing
   - Applied as structural components in precision machinery to maintain strict dimensional tolerances by leveraging controlled surface finish.

3.       Automotive Fabrication
   - Used as heat exchanger fins in engine systems to optimise thermal distribution by leveraging enhanced thermal conductivity and stability.

High-Precision Brass Strip (C22000) Packing

The strip is packaged in anti-static, moisture-resistant wrapping and secured in corrugated fibreboard boxes. It is stored in temperature-controlled, low-humidity conditions to prevent oxidation and contamination. Strict cleanroom-level handling procedures are applied during packaging. Custom packaging options, including resealable pouches and enhanced labelling, are available upon request for secure transport and storage.

Frequently Asked Questions

Q1: What critical tolerances are maintained during production?
A1: The product is processed to achieve narrow thickness and width tolerances, verified by high-precision metrology during rolling and finishing. Maintaining these tolerances is vital for ensuring component compatibility in automated assembly lines.

Q2: How is surface uniformity achieved and verified?
A2: A controlled rolling process combined with post-heat treatment produces a uniform surface finish. Advanced inspection tools are used to measure surface roughness and consistency, which are essential for applications demanding high-quality finishes.

Q3: Is it possible to adjust the alloy composition for specific requirements?
A3: Yes, minor adjustments to the Cu-Zn ratio can be accommodated to tailor mechanical and thermal properties. Such customisations follow additional testing and quality assurance protocols to ensure compatibility with specific industrial applications.

Additional Information

Brass alloys, especially those based on copper and zinc, play a significant role in precision engineering. Advances in metallurgical processing, including controlled rolling and regulated heat treatment, have led to significant improvements in dimensional accuracy and surface quality. These processes are critical in the production of materials that meet the stringent demands of modern automated manufacturing.

The performance of brass alloys is largely influenced by their precise composition and processing history. Understanding the relationship between alloying elements and the resulting mechanical and thermal properties is essential for optimising material performance in applications ranging from electronic connectors to automotive components.