In the realm of high-current electrical engineering, the integrity of a connection is paramount. A terminal connector serves as the critical bridge between a power source and a load, and its failure can result in catastrophic consequences, ranging from eq
Modern manufacturing technology uses high-precision braiding machines to control braiding density and tension, ensuring that each fiber is subjected to uniform force.
Terminal connection wires, with their unique pluggable structure and modular design, offer unprecedented convenience for rapid wiring replacement and upgrades, becoming an indispensable "flexible joint" in modern electrical engineering.
The contact area between the terminal and the wire needs to be increased to reduce resistance. Common designs include multi-point contact, flexible crimping, or surface texturing.
Innovation in the sheath layer is equally important. The sheath needs to be abrasion-resistant, weather-resistant, and UV-resistant to meet the challenges of outdoor environments.
For terminal connection wires that require electromagnetic interference protection, the shielding layer is usually made of tin-plated soft copper wire braiding or horizontal rolling process.