• Copper Shell
  • Copper Shell
  • Copper Shell
  • Copper Shell

Copper Shell

Product Features
  • High-Conductivity Brass Material: Dual Performance

  • Precision Forming: Tight Tolerance Control

  • Surface Plating: Durability & Corrosion Resistance

  • Customizable Design: Adapt to Diverse Needs


Copper Shell provides durable, corrosion-resistant components ideal for automotive sensor housings and electronic assemblies, utilizing advanced automotive metal stamping combined with precision injection molding for complex form factors. 

Engineered for tight tolerance control, the product integrates high-conductivity brass via custom metal stamping services and custom injection molding services, ensuring consistent electrical conductivity and mechanical protection. 

This hybrid manufacturing approach delivers scalable, high-quality parts that reduce defects and shorten time-to-market, enhancing reliability and cost-efficiency for OEMs and system integrators.



  • Copper Shell
  • Copper Shell

Description

Copper Shell delivers high-conductivity brass precision metal stamping combined with custom injection molding services, offering durable, corrosion-resistant components ideal for complex electrical assemblies.


Product Description

Functional Integration for Precision Components
Copper Shell is engineered for industrial clients requiring precise shell components that offer both electrical conduction and mechanical protection. Designed primarily for manufacturers in electronic assemblies, this solution supports applications demanding tight tolerance control and adaptability in form factor. Our customers include OEMs focusing on automotive sensor housings, communication devices, and appliance connectors. Leveraging the combination of precision metal stamping and custom injection molding services, the Copper Shell meets the stringent demands of system integrators seeking scalable, consistent parts with exact fit and finish. It enables reliable interfaces and protective housings tailored to complex device architectures.

Advanced Material and Process Technologies
The Copper Shell employs high-conductivity brass as the core material, optimized through dual performance forming techniques maintaining exceptionally tight tolerances. Surface plating is applied for corrosion resistance and durability, ensuring stability under temperature exposure up to 120°C. The hybrid manufacturing approach integrates precision injection molding and metal stamping services to deliver composite structural solutions with customizable design parameters. This process guarantees dimensional accuracy essential for electrical continuity and mechanical reliability, while the scalable production through Woosung’s global facilities enhances rapid turnaround and consistent quality control.

Industrial Use Cases and Compliance Value
Widely applicable in automotive, consumer electronics, and industrial control sectors, the Copper Shell benefits products requiring robust metal housing with conductive properties. This component supports rigorous durability testing, vibration resistance, and integration with wireless charging and PLC controller assemblies. Through enhanced automotive metal stamping and injection molding expertise, it aligns with industry standards for electrical and mechanical compliance. Additionally, its modular design flexibility facilitates iterative prototyping and custom configurations to fit evolving engineering specifications across multiple sectors.


Product Advantages

Structural Excellence in Hybrid Manufacturing
The Copper Shell’s structure reflects an advanced synthesis of custom metal stamping services and custom injection molding services, producing a hybrid component that combines strength with precision. The shell’s modular design allows seamless integration into diverse assembly layouts and supports flexible mounting configurations. The application of durable surface plating enhances longevity, while the precise stamping and injection molding processes ensure minimal dimensional variation across production batches. This synergy optimizes system compatibility in complex assemblies and provides a streamlined approach to manufacturing metal-plastic composite components.

Enhanced Performance and Operational Reliability
From a performance perspective, the Copper Shell offers consistent electrical conductivity and mechanical protection critical for system reliability. Its corrosion-resistant surface plating and thermal endurance contribute to extended service life even in demanding operational environments. The product’s manufacturability via metal stamping services and injection molding products enables customization without compromising quality, reducing redesign cycles and improving time-to-market. End users benefit from reduced assembly defects and improved product durability, supporting cost-effective integration into sophisticated electronic and automotive systems.

Application Fields

1. Automotive Electronics

  • Adaptable Scenarios: Sensor housings, connector shells, battery terminal enclosures.
  • Core Advantages: High-temperature resistance (up to 120°C) + vibration stability, ensuring reliable performance in harsh automotive environments.

2. Consumer Electronics

  • Adaptable Scenarios: Wireless charger components, smart device connector shells, small appliance electrical enclosures.
  • Core Advantages: Compact, custom shapes fit miniaturized device layouts; low contact resistance boosts energy efficiency.

3. Industrial Control Systems

  • Adaptable Scenarios: PLC controller terminal shells, sensor protection enclosures, power module connectors.
  • Core Advantages: Corrosion resistance + structural strength, adapting to 24/7 industrial operation.


FAQ

What materials are used to manufacture Copper Shell?
We manufacture Copper Shell using high-conductivity brass, selected for its excellent electrical performance and mechanical strength. The material undergoes precision stamping and molding to ensure tight tolerances, making it ideal for applications requiring reliable conductive and protective metal components.

Can Copper Shell be customized to fit specific design requirements?
Yes, our Copper Shell supports customizable designs to accommodate various form factors and mounting configurations. By combining precision metal stamping services and injection molding processes, we provide tailored solutions that integrate seamlessly with your electronic assemblies or housings.

How do you ensure Copper Shell maintains durability and corrosion resistance?
We apply durable surface plating to the Copper Shell, which enhances corrosion resistance and mechanical integrity. Our dual-performance forming processes tightly control tolerances, ensuring the final product withstands temperature cycling and vibration, critical for automotive metal stamping and related applications.

What is the typical lead time and production capacity for Copper Shell orders?
While lead time varies by order complexity, our global manufacturing network—including facilities in Changde, China, and Guadalajara, Mexico—enables scalable, efficient production. Contact us to receive a tailored quote and timeline that suits your injection molding products and custom metal stamping services needs.

For drawing, stamping, molding, plating, and assembly-fit preparation, review copper shell planning details before sending quotation requirements.




Key Features

  • High-conductivity brass, dual performance. Custom metal stamping services form the shell so it carries current and mechanical load at the same time, which lets one part replace a separate contact and a separate housing in many designs.
  • Tight tolerance forming. Openings, collar diameter and overall profile are held to the drawing, so the shell seats by hand or by machine instead of being fitted on the line.
  • Plated for corrosion resistance. Surface plating protects the brass from oxidation and wear, and leaves a polished metallic finish that survives repeated handling.
  • Built to your form, not to a catalogue. Wall thickness, opening layout and mounting points follow your drawing, and the tooling is set up around the profile you actually need.

Hybrid Metal & Plastic Build

The hybrid construction is what separates this shell from a plain stamped cap. Metal stamping forms the conductive brass body first; custom injection molding services then combine molded plastic with it directly, adding an insulating wall, a locating rib, a connector block or a mounting boss depending on the housing it has to fit. Both operations run against the same datum, so the molded feature lands in the right place relative to the shell's openings and collar, and a connector shell stays aligned when it is pressed onto a mating part. The result is one composite component that already includes the insulation and the fixing points an assembly would otherwise add as separate pieces, with dimensional variation kept small from the first part of a run to the last.

Specifications

Core materialHigh-conductivity brass
Forming processPrecision metal stamping
Composite buildMolded plastic combined with the stamped brass
Surface treatmentCorrosion-resistant plating
Thermal enduranceUp to 120 °C
Electrical functionConsistent conductivity with mechanical protection
Tolerance controlHeld to the tolerance band on your drawing
CustomizationForm factor, mounting configuration, plated finish

Scale & Supply Capability

Woosung is a precision component manufacturer serving OEMs and system integrators across automotive, electric motor, industrial equipment, and electronics programs. Our range covers aluminum plate assemblies, stator and rotor laminations, iron cores, copper shells, brass contacts, and custom-shaped brackets and clips, produced through metal stamping, injection molding, and stamping-and-stacking. Custom tooling, material selection, surface treatment, and structure design follow your drawings and specifications, and our global facilities support scalable batch production with unified quality standards and dependable turnaround.

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