KEY provides precision brazing, soldering and welding services for electrical, tube and component assemblies requiring strong, reliable and repeatable joining performance.
Engineered to suit demanding electrical and mechanical applications, our joining processes support long-term durability, conductivity and assembly integrity across a wide range of OEM and industrial products.
What we deliver
Supporting production environments requiring durable and repeatable joining performance, KEY applies brazing, soldering and welding processes across cables, harnesses, connectors, tubing and custom assemblies.
Our capabilities support:
- Electrical connections and terminations
- Battery and power distribution assemblies
- Tube and component joining
- Structural and mechanical assemblies
- Low and high-volume production requirements
- Application-specific joining methods.
Processes are selected based on material type, conductivity requirements, mechanical performance and operating conditions.
In-house capabilities
Our brazing, soldering and welding capabilities are supported by controlled manufacturing processes, application-specific tooling and in-house quality validation.
Using the appropriate joining method for each application, KEY delivers reliable and repeatable assembly performance across electrical and mechanical systems.
Our capabilities include:
- Precision brazing processes
- Soldering for terminals and fine conductors
- Welding for structural and heavy-duty assemblies
- Controlled temperature and process management
- Custom fixtures and production tooling
- Leak testing and inspection
- Mechanical strength validation
- Air, gas and mass flow testing.
Fit for industry
From electrical assemblies through to fluid, gas and structural applications, KEY supports brazing, soldering and welding requirements across multiple industries, including:
- Automotive
- Marine
- Caravan and RV
- Industrial machinery
- Energy storage and battery systems.
Get in touch to discuss a solution customised to your application requirements.