Engineered to satisfy demanding operational environments—from desert solar arrays and coastal desalination facilities to Silicon Wadi aerospace and high-speed rail power grids.
Israel stands as one of the world's most dynamic epicenters for high-tech innovation, smart grid transformation, and cleantech infrastructure. As the "Startup Nation" shifts towards high-density electrification, the requirement for ultra-reliable, thermally optimized copper braided busbars has grown exponentially.
From the massive photovoltaic farms generating clean power in the Negev Desert to mission-critical data clusters along Tel Aviv’s Silicon Wadi, electrical systems in Israel face rigorous operational requirements. High ambient temperatures, intense solar irradiance, corrosive coastal environments, and stringent military-grade reliability demands require power distribution components that outperform standard rigid connectors.
Custom braided busbars have emerged as the foundational solution for mitigating mechanical vibration, compensating for thermal expansion, and ensuring minimal voltage drop in high-amperage applications. By substituting conventional solid busbars with flexible braided copper assemblies, Israeli switchgear fabricators, battery energy storage system (BESS) integrators, and electric mobility builders achieve unprecedented design flexibility and long-term connection integrity.
Under Israel's National Energy Plan, the government aims to phase out coal and accelerate renewable power adoption to 30% by 2030. Flexible braided busbars are critical components inside solar central inverters, step-up transformers, and modular battery energy storage enclosures deployed across the Arava and Negev regions.
Braided jumpers absorb thermal shifts in extreme desert day-night temperature swings, preventing terminal stress on utility-scale battery banks and grid inverters.
Custom flexible connectors handle ultra-fast DC charging currents (>350kW), providing compact routing in chassis battery packs and public transit depots across Gush Dan.
Tin-plated, nickel-plated, and stainless steel braided variants offer exceptional anti-corrosion performance along the Mediterranean coastline and in heavy naval installations.
Zhejiang Bridgold Copper Tech Co., Ltd. is a national-level high-tech enterprise specializing in the research, development, design, and production of flexible conductive connection products. The company is located in the Yueqing Economic Development Zone, Wenzhou City, Zhejiang Province, occupying 46,000 m² of land with a total construction area of nearly 100,000 m².
Bridgold is dedicated to the intelligent manufacturing of a comprehensive range of flexible conductive products, including:
Our products are widely used in electric vehicles, energy storage systems, charging infrastructure, wind power, industrial control, rail transit, and medical equipment. With a strong focus on quality and innovation, Bridgold has built a solid reputation both domestically and internationally. Our products are sold throughout China and exported to North America, Europe, Southeast Asia, the Middle East, Africa, and beyond.
Bridgold maintains a streamlined direct export supply channel serving Israeli industrial partners. We deliver custom-packaged, ocean/air-freight protected busbars directly to major hubs including the Port of Ashdod, Port of Haifa, and Ben Gurion International Airport, fully adhering to Israeli Standards Institute (SII) criteria and international standards (IEC, UL, RoHS, REACH).
As a trusted supplier to many Fortune Global 500 companies and industry leaders, Bridgold has established long-term, stable partnerships with renowned enterprises worldwide.
In 2010, the company entered the qualified supplier list for Siemens Healthcare and GE Wind Energy, marking a significant milestone in its global expansion. To date, our copper braided wire series products rank No.1 in global market share, a testament to our manufacturing excellence and customer trust.
In the new energy vehicle sector, our products have been successfully applied in major automotive brands such as Mercedes-Benz, BAIC, SAIC, JAC, NIO, FAW, and Great Wall Motors, ensuring the safety and performance of automotive electrical connection systems across demanding road and climate scenarios.
Bridgold bridges metallurgical science with intelligent automation to craft next-generation conductive components designed for peak electrical efficiency.
As of 2025, Bridgold has accumulated 51 national patents, including 16 invention patents. The company participated in the formulation of the national standard GB/T 37133 “High-voltage connection system for electric vehicles”. Our core technologies cover cutting-edge fields such as superconducting connection materials, high thermal conductivity composites, and intelligent manufacturing processes.
Bridgold has established a professional copper connection technology R&D center with strong research capabilities, recognized by the Zhejiang Provincial Government as a “Zhejiang Provincial Enterprise Technology R&D Center” and “Zhejiang Provincial Enterprise Technology Center”. These certifications ensure comprehensive technical quality control throughout the entire process—from raw material quality analysis and manufacturing process development to product quality inspection.
In response to global industrial upgrading and green transformation, Bridgold continues to advance intelligent manufacturing and digital transformation. We have invested in the development and introduction of high-end manufacturing and testing equipment, building a personalized, digitalized, efficient, and standardized intelligent manufacturing system.
The company actively promotes the standardization of products and technologies by participating in the formulation of industry standards. Through industry-university-research collaboration with universities and research institutions, we jointly tackle common technical challenges in the industry, building distinctive technological advantages.
Our products are custom-configured to solve thermal, vibration, and space constraints across Israel’s most demanding technological and infrastructural sectors.
In large-scale desert photovoltaic facilities, extreme thermal expansion can cause rigid copper bars to buckle or fracture switchgear terminals. Our flexible braided busbars absorb bidirectional linear expansion while ensuring 99.9% IACS conductivity under elevated desert temperatures.
AI computing centers and cloud server hubs require uninterruptible power with zero electrical noise. Bridgold provides epoxy-insulated and PVC-dipped copper busbars tailored for high-density modular PDUs and UPS battery racks, delivering high dielectric insulation.
Operating in Sorek, Hadera, and Ashkelon, heavy-duty pumping stations experience high mechanical vibration and salty marine air. Our stainless steel braided wires and tin-plated flexible connectors prevent galvanic corrosion and isolate motor vibrations from electrical enclosures.
In electrified rolling stock and traction substations throughout Jerusalem and the Dan region, our copper braided jumpers provide reliable dynamic grounding, catenary connections, and high shock-load tolerance conforming to strict transit safety norms.
Explore our complete portfolio of high-conductivity braided connectors, rigid busbars, insulated jumpers, and specialized grounding meshes available for custom manufacturing and direct shipment to Israel.
Whether you need press-welded ends, ultrasonic bonded terminals, custom hole patterns, or specialized surface plating (tin, nickel, silver), Bridgold provides full CAD/3D model prototyping with rapid turnaround.
We utilize solely high-grade C11000 electrolytic tough pitch (ETP) copper with copper content ≥ 99.95%. Wire diameters can be calibrated from ultra-fine 0.05mm strands up to heavy multi-layer configurations, delivering precise flexibility ratings tailored to severe seismic and high-vibration requirements.
To guard against the salty coastal humidity of Haifa and Tel Aviv or the sulfurous conditions in specialized industrial facilities, we offer automated electro-tinning, electroless nickel plating, and silver coatings, paired with UL 94-V0 heat shrink tubing, PVC dip coating, or electrostatic epoxy sprays.