busbars
part examples
Precision stamped components used in power distribution, electrical transfer, grounding, and high-current assemblies across industrial, energy, transportation, and electronic applications.
Conductive Clips
Precision stamped clips designed to establish, maintain, or support electrical current flow between mating components and assemblies.
Busbar Clips
Stamped retention clips used to secure busbars while maintaining alignment, spacing, and assembly integrity.
Fuse Clips
High-conductivity stamped components designed to retain fuses while providing reliable electrical contact and current transfer.
Grounding Components
Stamped grounding clips, contacts, and conductive hardware used to establish electrical continuity and grounding paths.
Power-Transfer Stampings
Precision stamped conductive components designed to carry current between electrical assemblies, terminals, connectors, and power-distribution systems.
Connector Inserts
Stamped copper alloy and conductive inserts integrated into connector assemblies, overmolded components, and power-transfer interfaces.
Conductive Brackets
Structural stamped components that provide both mechanical support and electrical continuity within an assembly.
Terminal Components
Stamped contacts, tabs, and conductive features used to connect busbars, cables, terminals, and electrical devices.
Retainers & Hold-Downs
Stamped components designed to secure busbars, conductors, and electrical hardware within power-distribution assemblies.
Battery Power Components
Precision stampings used within battery modules, energy-storage systems, and power-management assemblies requiring reliable electrical performance.
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common applications
Gromax supports programs where electrical performance, conductivity, dimensional consistency, and manufacturing repeatability directly impact product reliability.
EV Charging Equipment
Stamped conductive components support charging systems, power-transfer assemblies, connectors, grounding systems, and electrical interfaces.
Power Distribution Panels
Busbar-related stampings provide mechanical retention, grounding, current transfer, and structural support within power-distribution equipment.
Switchgear & Electrical Controls
Conductive clips, brackets, and stamped contacts help maintain reliable electrical connections within switchgear, relays, breakers, and control systems.
Battery Energy Storage Systems (BESS)
Precision stamped conductive components support battery modules, power-management hardware, grounding systems, and high-current electrical pathways.
Solar Inverters & Renewable Energy Systems
Stamped power-transfer components help manage electrical distribution, grounding, and connectivity within solar and energy-storage equipment.
UPS Systems
Conductive stampings support power routing, grounding, battery connections, and internal electrical assemblies used in backup power systems.
Industrial Control Equipment
Stamped electrical components provide current transfer, grounding, retention, and structural support for control panels and automation systems.
Connector & Overmolded Assemblies
Stamped conductive inserts and contacts provide electrical performance, retention, and mechanical stability within molded connector systems.
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High-Conductivity Materials
Experience working with copper, brass, high-performance copper alloys, nickel silver, and other materials commonly used in power-transfer applications.
Tight Tolerances
Programs requiring consistent dimensional control, repeatability, and reliable fit within electrical assemblies.
Contact Area Control
Applications where mating surfaces, electrical interfaces, and contact geometry directly affect performance and current-carrying capability.
Flatness Requirements
Components requiring controlled flatness to support proper assembly, electrical contact, and thermal performance.
Plating Expertise
Experience supporting tin, nickel, silver, gold, and RoHS-compliant plating requirements commonly specified for electrical components.
Forming & Material Thickness Challenges
Parts requiring precise forming, coining, embossing, or thicker-gauge conductive materials while maintaining dimensional stability.
Thermal & Current-Carrying Considerations
Applications where heat rise, conductivity, resistance, and electrical performance influence component design and manufacturing requirements.
Progressive Die Production
Production-volume programs where tooling stability, repeatability, throughput, and long-term process consistency are critical.
Secondary Operations & Assembly Support
Programs requiring tapping, machining, plating, hardware insertion, assembly, or integration into larger electrical subassemblies.
Whether you're developing a new design, sourcing an existing component, or troubleshooting a manufacturing issue, we're happy to take a look.
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Export Control
& Confidentiality Notice
To comply with ITAR, DFARS, and applicable U.S. export control regulations, Gromax does not display actual customer parts, drawings, specifications, or technical data in public-facing materials.
Images shown are illustrative only and are used to represent Gromax’s design and manufacturing capabilities. They do not contain proprietary, controlled, or export-restricted information.