Conductive Expert, Exemplary Performance Terminal Block
As the core hub of electrical connections, terminal blocks are the "bridge" for power and signal transmission. A terminal with excellent conductivity and stable quality, it is also the cornerstone of efficient operation in industrial automation, new energy and other fields. Taking technology as the core and quality as the benchmark, this wiring terminal can be called a "conductivity expert and performance model", interpreting reliability with details.
In terms of conductivity, the product can be regarded as the industry benchmark. The core conductor is made of high-purity phosphor copper substrate, combined with outer tin plating process, which not only ensures extremely low contact resistance (≤ 0.015 Ω), achieves efficient current conduction and minimizes energy loss, but also effectively resists oxidation and corrosion, maintaining stable conductivity even after long-term use. According to different scene requirements, it can adapt to 0.2-185mm ² multi specification wires, whether it is precision signal transmission or high current power supply, it can be accurately adapted, demonstrating professional conductivity.
In terms of performance, it breaks through industry bottlenecks in all aspects. Adopting innovative PUSH IN direct insertion connection technology, wiring can be completed without tools, saving more than 50% of connection time compared to traditional terminals and greatly improving assembly efficiency. The buckle type fixed structure and anti vibration design ensure that the connection is firm and not loose under strong vibration and complex working conditions. Combined with a flame-retardant insulation shell and a flame retardant rating of up to UL94 V-0, it achieves dual protection against electric shock and short circuit, complying with multiple international stringent standards such as IEC and UL.
The wide range adaptation capability further demonstrates exemplary strength. It can work stably in the extreme temperature range of -40 ℃ to 105 ℃, withstand harsh environments such as humid heat and salt spray, and is widely used in industrial control, photovoltaic wind power, automotive electronics and other fields. Standardized design balances flexible installation and post maintenance, with clear labeling and modular structure, saving equipment space and reducing maintenance costs, providing efficient, safe, and long-lasting connection solutions for various industries.
