CU9679 Decorative Copper Strip

Decorative Copper Strip Description

Decorative Copper Strip is fabricated from high-purity copper alloys including C11000, T2, C26800, and C28000. The material undergoes precision rolling and controlled annealing, which refines its grain structure and enhances its surface finish. The engineered composition ensures high electrical and thermal conductivities, while maintaining dimensional uniformity. These attributes facilitate integration into decorative elements and industrial designs requiring exact material properties.

Decorative Copper Strip Applications

1.       Architecture & Interior Design
   - Used as a decorative trim in interior frameworks to achieve enhanced visual appeal by leveraging its uniformly treated surface.

2.       Consumer Electronics
   - Applied as an accent component in device casings to achieve effective heat dissipation by leveraging its high thermal conductivity.

3.       Custom Metal Fixtures
   - Frequently used as decorative elements in custom fixtures to attain aesthetic enhancements by leveraging its controlled microstructure.

Decorative Copper Strip Packing

Decorative Copper Strip is packaged in anti-tarnish and dust-resistant protective film, then secured in recycled, rigid cardboard boxes. The packaging minimises exposure to moisture and particulates, reducing the risk of surface oxidation. It is advised to store the product in a dry, temperature-controlled area. Custom packaging arrangements, including specific dimension adjustments and labelling options, are available to meet client requirements.

Frequently Asked Questions

Q1: What surface treatment processes are applied to maintain the strip’s finish?
A1: The strip undergoes mechanical processing, such as precision rolling and annealing, followed by chemical passivation procedures. These steps help to curb oxidation and sustain a uniform, visually acceptable surface.

Q2: How do the alloy compositions like C11000 and C26800 influence the material properties?
A2: C11000 enhances electrical conductivity while alloys such as C26800 and C28000 contribute to increased strength and improved surface luster. The defined compositions ensure that the strip meets specific thermal and mechanical performance requirements.

Q3: What storage conditions are recommended to preserve the strip’s integrity?
A3: It is advisable to store the product in a controlled environment with low humidity and stable temperature. Using the anti-tarnish packaging further minimises exposure to factors that could accelerate oxidation.

Additional Information

Copper alloys are widely studied due to their blend of physical and chemical properties. Research into precise alloying and heat treatment techniques provides essential insights into optimising both mechanical and aesthetic characteristics. The microstructure determined by processing significantly influences conductivity and corrosion behaviour.

Advances in metallurgical techniques continue to enhance the performance of copper alloys, assisting engineers and designers in matching material properties with application-specific requirements. Such knowledge supports innovations across architectural, electronic, and industrial design sectors, where detailed material performance is crucial.