Copper Flat Bar uxcell C110 Solid Copper 9in x 0.39in x 0.06in Bar

Description

Product Overview

The uxcell C110 copper flat bar is a premium‑grade solid copper stock designed for a wide range of industrial, scientific, and hobbyist applications. Measuring 9 in (230 mm) in length, 0.39 in (10 mm) in width, and 0.06 in (1.5 mm) in thickness, this bar provides a balanced combination of size and flexibility. Made from C110 pure copper, the bar exhibits exceptional electrical conductivity—approximately 97 % IACS—and superior thermal transfer, making it ideal for projects that demand efficient heat dissipation and low resistance pathways. The material’s natural corrosion resistance ensures long‑term stability even in humid or mildly aggressive environments. Its compact dimensions allow for easy handling, storage, and integration into tight spaces, while the flat profile simplifies machining, cutting, and bending operations.

Usage

Designed with versatility in mind, this copper flat bar serves multiple sectors. In the electrical realm, it functions as a bus bar, grounding strip, or connector plate, providing a reliable conduit for current flow in control panels, power distribution units, and prototype circuits. For makers and DIY enthusiasts, the bar’s malleability enables custom shaping for artistic metalwork, jewelry components, and decorative hardware. In the hardware trade, it can be used for lathes, machine tooling, and as a base for precision fixtures. Its thermal properties make it suitable for heat‑sink applications, such as mounting surfaces for LED arrays or small power electronics. Additionally, the bar is an excellent teaching aid for educational labs focused on conductivity, resistance measurement, and material science experiments.

Why Choose Us

Choosing the uxcell C110 copper flat bar means selecting a product backed by rigorous quality control and a reputation for consistency. Each bar is sourced from reputable copper mills that adhere to ASTM B170 standards, guaranteeing uniform composition and mechanical properties. The bar undergoes precise dimensional inspection to ensure tolerance compliance, reducing the need for post‑procurement adjustments. uxcell’s commitment to customer satisfaction includes responsive technical support, detailed material data sheets, and a straightforward return policy for any non‑conforming items. By purchasing this bar, you gain a reliable component that reduces downtime, improves system efficiency, and supports sustainable design practices through the use of recyclable metal.

Key Features

• High electrical conductivity for low‑resistance power distribution.
• Excellent thermal transfer to aid heat‑dissipation in electronic assemblies.
• Corrosion‑resistant pure copper ensures long‑term durability.
• Easy to cut, bend, and shape for custom DIY and professional projects.
• Responsive customer support and detailed material documentation.

FAQ

What is the difference between C110 copper and other copper grades?

C110 copper is a high‑purity grade (99.90 % Cu) that offers superior electrical and thermal conductivity compared to lower‑grade alloys. It is commonly used where performance and reliability are critical, such as in electrical bus bars and heat‑sink applications.

Can the bar be welded or brazed?

Yes, the C110 copper flat bar can be welded using TIG or MIG processes, and it also responds well to brazing with appropriate filler metals. Proper cleaning and pre‑heating improve joint quality.

Is the bar suitable for outdoor grounding systems?

Absolutely. The inherent corrosion resistance of pure copper makes the bar an excellent choice for outdoor grounding rods, grounding plates, and other environmental exposure applications.

How should I store the copper bar to maintain its quality?

Store the bar in a dry, temperature‑controlled environment, preferably in a sealed container or wrapped in anti‑static packaging to prevent oxidation and surface tarnish.

What machining tolerances can I expect?

Dimensions are controlled to ±0.02 mm for width and thickness, and ±0.1 mm for length, providing a high degree of precision suitable for most engineering and prototyping needs.