Telecommunications equipment calls for conductive materials that can also meet close dimensional requirements. From network facilities to broadband hardware, copper-based metals support grounding, interference control, and connector production. Lewis Brass & Copper supplies copper and copper-based alloys, including brass and bronze, in sheet, coil, rod, bar, and tubing forms. Engineers can specify high-conductivity copper for bus bars and grounding, or free-cutting brass for telecommunication connector hardware. 

As a distributor rather than a telecommunication material manufacturer, Lewis Brass & Copper provides material application assistance, cut-to-length service, and non-stock sourcing. Project teams can source brass electronic connector materials and copper sheet for electromagnetic interference shielding or corrosion-resistant electronic enclosures. Material certifications are available upon request for most products. Each alloy, temper, and form should be matched to the electrical demands and operating environment defined for the project.

Featured Products for the Telecommunications & Data Center Industry

  • Copper Wire Coil

    A102 Copper Coil

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  • Copper Wire Coil

    A110 Copper Coil

    $0.00
    $0.00
  • Copper Sheet Metal

    A110 Copper Sheet Plate

    $0.00
    $0.00
  • Bronze Tubing Distributor

    A220 Commercial Bronze Round Tubing

    $0.00
    $0.00
  • A220 Commercial Bronze Sheet Metal

    A220 Commercial Bronze Sheet Plate

    $0.00
    $0.00
  • A464 Bronze Sheet Metal

    A260 Brass Sheet Plate

    $0.00
    $0.00
  • Bronze Reeded Tubing for Ornamental Fixtures

    A272 Brass Round Reeded Tubing

    $0.00
    $0.00
  • Bronze Tubing Distributor

    A272 Brass Round Tubing

    $0.00
    $0.00
  • Bronze Tubing Distributor

    A330 Brass Round Tubing

    $0.00
    $0.00
  • Bronze Tubing Distributor

    A335 Brass Round Tubing

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    $0.00
  • A360 Brass Half Oval Rod

    A360 Brass Half Oval Rod

    $0.00
    $0.00
  • Brass Hexagonal Rod

    A360 Brass Hexagonal Bar

    $0.00
    $0.00

Applications in the Telecommunications & Data Center Industry

Copper and copper alloys serve electrical applications throughout telecommunications equipment and facilities, as well as selected cooling systems.

Grounding and Bonding

Copper bar and sheet form grounding buses and bonding components for data center grounding systems that require low-resistance electrical continuity.

Bus Bars and Power Distribution

High-purity copper for bus bars provides the conductivity required for power-distribution systems throughout telecommunications facilities and network equipment. 

Connectors and Terminals

C360 rod supplies machinable brass electronic connector materials for telecommunication connector hardware, including threaded bodies and brass connectors for internet infrastructure.

EMI and RFI Shielding

Copper sheet and coil can support electromagnetic interference shielding, though final performance depends on enclosure geometry and electrical continuity across the assembly.

Data Center Cooling

Grooved copper tubing may serve liquid-cooling systems when the joining method and pressure rating suit the application.

Electronic Enclosures

Grooved copper tubing may serve liquid-cooling systems when the joining method and pressure rating suit the application. 

High-Frequency and Signal Components

Oxygen-free electronic copper suits RF components and sensitive signal applications that specify high conductivity or tightly controlled purity. 

Radiation-Hardened Systems

Copper sheet can control EMI around sensitive electronics, while specifications for radiation-hardened copper shielding require separate ionizing-radiation analysis. 

Benefits of Copper-Alloy Materials in Telecommunications

Copper combines high electrical conductivity with useful thermal performance. Its conductivity suits grounding and current-carrying components, while sheet contributes to electromagnetic interference shielding. Copper’s thermal properties also suit data center cooling equipment. Immersion-cooling-compatible alloys must be evaluated against the specified dielectric fluid. 

Copper resists corrosion in many environments, which can help extend the life of connections and corrosion-resistant electronic enclosures. Shielding effectiveness still depends on the completed assembly. 

Brass adds strength and machinability where pure copper may be too soft or slow to machine efficiently. For example, C360 free-cutting rod supports high-speed production of threaded parts, making it practical for brass electronic connector materials and other non-ferrous telecom components. The selected alloy must meet the part’s electrical and regulatory requirements. 

Copper and brass offer distinct material paths for current-carrying components and telecommunication connector hardware.

Why Lewis Brass & Copper for the Telecommunications Industry?

Lewis Brass & Copper supports telecom programs as a material distributor with more than six decades of copper-alloy experience. A telecommunication material manufacturer or other industry buyer can source stocked copper and brass forms or request cut-to-length material through Lewis Brass & Copper. Special mill orders may be available for high-volume requirements. 

Lewis Brass & Copper also offers alloy selection and machinability guidance to help teams evaluate specifications before ordering. Among alloy distributors for telecommunications, we combine broad inventory with access to non-stock alloys through established mill relationships. 

Material certifications and alloy verification are available upon request for most products. Blanket orders can also help construction managers coordinate material releases with a phased project schedule.

Telecommunications & Data Center

Frequently Asked Questions

Yes. Lewis Brass & Copper supplies copper and copper-alloy sheet or coil that may be specified for RFI shielding and enclosure construction. The design should define the alloy and thickness, along with the required temper. Shielding effectiveness must be assessed across the completed assembly because seams and other openings can affect performance, as can the grounding method.

Yes. Lewis Brass & Copper offers C101 oxygen-free electronic copper and C102 oxygen-free copper in coil form, with other forms or dimensions subject to availability and sourcing. These grades provide high conductivity and tightly controlled oxygen content. Selection should follow the project specification rather than an assumed improvement in audio quality.

Yes. C360 free-cutting brass rod is well suited to high-speed CNC and automatic machining of small connector bodies, inserts, and threaded parts. Its controlled lead content promotes chip breakage and efficient machining. Engineers should confirm that its conductivity, mechanical properties, and lead content meet the finished component’s requirements.

Copper is often preferred because it provides higher electrical conductivity at the same cross-sectional area, allowing a compact grounding conductor or bus bar to meet a specified resistance target. It also offers dependable corrosion performance in many installations. The final grounding design must follow the applicable code, telecom standard, connection method, and site conditions.