
Reliable conductive terminals designed for repeatable electrical connections in power and control applications.

Stamped conductive components used where current-carrying performance, heat management, and contact reliability are critical.

Precision terminals designed for connector systems requiring consistent fit, retention, and conductivity.

Stamped grounding components that support electrical continuity, EMI control, and assembly performance.

Formed conductive contacts designed to maintain electrical connection through controlled spring force.

Precision conductive clips used in fuse retention and power-distribution assemblies.

Stamped contacts designed for reliable power transfer in battery-powered products and electronic assemblies.

Conductive components used in sensors, controls, monitoring equipment, and electronic modules.

Stamped contact components used in switching, control, and relay assemblies.

Stamped contacts and terminals requiring controlled plating for conductivity, corrosion resistance, wear performance, or solderability.

Conductive terminals and contact systems used in charging equipment and power-delivery assemblies.

Stamped conductive components used in power-distribution and electrical protection systems.

Precision contact components supporting reliable switching performance.

Stamped conductive and contact components used in circuit protection devices.

Contacts and terminals used in metering, monitoring, and power-management systems.

Electrical contacts and terminals used in automation, control panels, and industrial equipment.

Precision conductive components supporting sensing, monitoring, and control functions.

Conductive terminals and contact systems used in charging equipment and power-delivery assemblies.
Programs requiring consistent dimensional performance, repeatability, and reliable fit within mating assemblies.
Experience working with copper alloys, brass, beryllium copper, nickel silver, stainless steel, and other conductive materials.
Support for tin, nickel, silver, gold, and RoHS-compliant finishes where conductivity, corrosion resistance, or solderability matter.
Contacts requiring controlled force, retention, and repeatable electrical engagement.
Programs where edge condition and burr orientation directly affect assembly or electrical performance.
Applications requiring consistent conductivity, stable contact force, and long-term product performance.
Production-volume programs where repeatability, throughput, and tooling stability are critical.
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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.