CU9746 High-Precision Brass Strip (C26200)

High-Precision Brass Strip (C26200) Description

High-Precision Brass Strip (C26200) is manufactured from a controlled copper-zinc alloy system to deliver consistent mechanical and electrical properties. The strip exhibits defined dimensional tolerances and a uniform thickness that supports precision assembly in electronic connectors and mechanical devices. Its controlled microstructure enhances machinability and resistance to surface oxidation while ensuring compatibility with standard metal forming processes.

High-Precision Brass Strip (C26200) Applications

1.       Electronics and Electrical Assemblies
- Used as contact strips in connectors to achieve efficient electrical conduction by utilising its consistent surface finish.
- Applied in circuit breakers to ensure controlled current flow by utilising its stable alloy composition.

2.       Industrial and Mechanical Systems
- Serves as a precision component in instrumentation panels to attain exact dimensional stability by utilising its refined metallurgical properties.
- Frequently used in guide rails for machinery to promote smooth operation by benefiting from its uniform thickness and controlled elastic behaviour.

High-Precision Brass Strip (C26200) Packing

The brass strips are packaged in moisture-resistant, anti-static foil-lined reams secured within rigid boxes to maintain surface integrity and dimensional accuracy. Storage instructions recommend a stable, temperature-controlled environment to avoid surface oxidation and deformation. Custom packaging featuring specific compartmentalisation and labelling options is available to meet application-specific handling and transit conditions.

Frequently Asked Questions

Q1: How are the dimensional tolerances controlled during production?
A1: The production process employs precise rolling and cutting operations with in-line dimensional inspections. Advanced metallographic techniques verify uniform thickness and ensure that the final product meets strict tolerance requirements.

Q2: How does the copper-zinc composition affect the strip's performance?
A2: The copper-zinc balance in the alloy determines key mechanical and electrical properties. This controlled composition ensures predictable conductivity, machinability, and resistance to surface oxidation, which is crucial for high-precision applications.

Q3: What are the recommended storage conditions for the brass strip?
A3: The strip should be stored in a dry, temperature-controlled area away from corrosive substances. It is advisable to maintain low humidity and use anti-static, weather-proof packaging to preserve the strip's surface integrity and dimensional stability.

Additional Information

Brass alloys, specifically those with defined copper and zinc compositions, are widely used in precision components due to their balanced mechanical properties and resistance to corrosion. Understanding the effect of alloy composition on properties such as tensile strength and electrical conductivity is essential for applications in rapidly evolving industrial environments.

Advancements in metallurgical processing have enabled the development of metal strips with reliable dimensional control and minimal surface defects. These improvements support increasingly stringent requirements in sectors like electronics and instrumentation, where material behaviour under varying operational conditions is critical.