Highly Conductive And Efficient Transmission Neutral Block
Neutral blocks are key components in electrical systems that connect wires and transmit current. Their conductivity and transmission efficiency directly affect the operational efficiency, energy consumption control, and stability of the entire system. A high-performance neutral block always takes "low loss, high conductivity" as its core, and adapts to the strict electrical connection requirements of various industries through material upgrades and structural optimization.
The core of strong conductivity comes from the precise selection of high-quality materials. The core conductive components of this product are made of high-purity electrolytic copper, with a conductivity of over 99.9%, close to the international annealed copper standard. The contact resistance can be stably controlled below 0.5m Ω, minimizing energy loss during current transmission and avoiding safety hazards such as heating and sparking caused by poor contact. At the same time, the conductive surface is professionally treated with tin plating and silver plating, effectively isolating air and water vapor erosion, preventing oxidation and rust, further reducing contact resistance, ensuring long-term stable conductivity, and achieving efficient current conduction without attenuation.
Efficient transmission relies on scientific structural design. The terminal adopts an integrated conductive structure, optimizing the contact area and clamping force parameters. Through precise torque locking or spring self-locking design, the wire and terminal are tightly adhered without loose gaps, effectively eliminating transmission losses caused by contact resistance fluctuations at the root. Modular integrated design can support parallel installation of multiple wires, simplifying the wiring process while improving overall transmission efficiency. It is compatible with wires of different diameters ranging from 0.5-10mm ², flexibly meeting diverse transmission needs.
This product combines efficient conduction with safety and reliability. The insulation shell is made of flame-retardant PA66 material, which is resistant to high and low temperatures, anti leakage, and suitable for harsh working conditions from -40 ℃ to 120 ℃. It is widely used in industrial automation, new energy, rail transit and other fields, which can ensure the long-term efficient operation of electrical systems and reduce maintenance costs. It is the preferred component for strong conduction and efficient transmission in modern electrical connections.
