Western Australia, with Perth as its administrative and heavy industrial hub, continues to lead global mining machinery innovations, marine defense engineering, and renewable energy transitions. The harsh local environmental conditions, coupled with heavy-duty operations in sites like the Kwinana Industrial Area and Henderson Marine Complex, create a strong demand for materials with exceptional thermal durability, wear resistance, and high electrical conductivity. Standard pure copper (C11000) often falls short in these applications due to its poor machinability (only 20% compared to free-cutting brass), which leads to excessive tool wear and low manufacturing efficiency in high-precision workshops.
Our specialized C14500 Tellurium Copper alloys are designed for high-stress industrial environments. By providing excellent chip control, thermal conductivity, and resistance to hydrogen embrittlement, we support Perth's engineering workshops in reducing production downtime. Whether you are manufacturing electrical connectors for mining trucks or precision nozzles for laser cutters, our materials offer the consistency required for high-speed automated production.
Sichuan Kepai New Materials Co., Ltd. (established in 2017) is an enterprise integrating R&D, advanced smelting, extrusion, and precision drawing. We operate a modern 9,000 square meter factory alongside dedicated testing facilities. Our technical team works to push the boundaries of high-conductivity copper metallurgy, providing custom alloys to industries worldwide.
Our manufacturing processes focus on eliminating internal defects like gas porosity and oxide inclusions, which can impact performance in high-amperage applications. By implementing oxygen-free smelting technologies, our oxygen-free high-conductivity tellurium copper (OFT) delivers reliable mechanical and electrical performance.
Our product range supports diverse industrial applications, including high-conductivity oxygen-free copper, sulfur copper, silver copper, dispersion copper, and beryllium copper. This catalog allows us to supply materials tailored for industries from aerospace engineering to automotive electronics.
With direct shipping routes from our manufacturing base to Fremantle Port, we provide reliable lead times for Western Australian distributors and industrial users. We offer customized packaging and surface treatment options to protect materials during sea freight and coastal storage.
We prioritize quality and customer service, working closely with local engineering and distribution partners to provide materials that meet strict project specifications. Our goal is to serve as a reliable source of high-performance copper alloys for the Australian market.
Procuring raw copper materials for precision industries requires strict adherence to international standards. Sichuan Kepai ensures all shipments comply with ASTM B301 (Standard Specification for Free-Machining Copper Rod, Bar, and Shapes), EN 12164, and RoHS/REACH environmental directives. This compliance is essential for companies supplying components to global OEMs in aerospace, defense, and electric vehicle sectors.
For heavy industry buyers in Henderson, Welspool, and Malaga, sourcing certified materials helps eliminate structural failures and electrical efficiency loss in high-stress components.







Our vertically integrated manufacturing facility monitors every stage of production—from induction melting to the final packing of drawn rods and sheets. This end-to-end control ensures consistency and quality across all batches.
As technologies like 5G infrastructure, smart grids, electric vehicles, and robotics continue to advance, the demand for highly efficient electrical conductors is increasing. Sichuan Kepai is positioning itself to support these next-generation applications.
Developing fine-grain tellurium copper and sulfur copper alloys to maximize tool life and surface finish in automated Swiss-style CNC lathes.
Introducing ultra-low oxygen tellurium copper for use in high-vacuum components, electron tubes, and hydrogen fuel cell infrastructure.
Supplying high-strength, high-temperature resistant alloys for EV charging stations and heavy-duty spot welding electrodes.