Cost & Lightweighting
Assess where copper-aluminum or partial substitution is viable, including copper savings, joint limits and lifecycle cost.
Engineering Solutions
Turn cost, thermal, joint-reliability and manufacturability questions into project inputs that can be validated, quoted and delivered.
Assess where copper-aluminum or partial substitution is viable, including copper savings, joint limits and lifecycle cost.
Address temperature rise and long-term risk through current capacity, contact resistance, fastening, plating and duty cycle.
Translate design intent into material, temper, tolerance, process, inspection and delivery requirements.
PROCESS
Product, quantity, current and thermal requirements
Share 2D, 3D, PDF or photos when available
Material, structure, process and manufacturability
Specification, prototype, inspection and delivery alignment
ENGINEERING METHOD
CUNECTRA reviews current, temperature rise, installation, materials, interfaces and manufacturing constraints, placing board-level components, terminals, custom conductors and Cu-Al composites in their real operating context.
PROJECT FAQ
The core scope includes copper-aluminum composite conductors, rigid and flexible busbars, power terminals, and drawing-based custom copper parts.
Yes. A 2D drawing, PDF, product photo, or a brief covering current, temperature rise, space and quantity is enough for an initial review.
Current capacity, temperature rise, interface design, corrosion environment, processing, assembly, long-term reliability and total cost must be reviewed together.
Requirements can be defined separately for proof of concept, prototype, pilot validation and volume delivery, including material, process, inspection and quotation terms.
The site provides Chinese and English content and supports bilingual discussion of drawings, standards, delivery regions and project requirements.
PROJECT INQUIRY · RFQ
Prepare the following information where possible. An incomplete brief is still enough to start a discussion.