- High quality and purity: smooth surface with low oxygen content and fine structure. This combination supports reliable performance and consistent results in critical applications. - Hard and durable: strong material that is well suited for welding and soldering. Designed for long service life and dependable use in demanding work. - Flexible and conductive performance: good density with strong thermal conductivity and reliable electrical conductivity. Also resistant to corrosion, making it suitable for applications that require both heat transfer and electrical performance. - Porcelain-free and isotropic design: porcelain-free construction with a loose microstructure. Provides high resistance to electrical erosion on mold surfaces, helps maintain accuracy during heat treatment, and offers non-directional (isotropic) electrode characteristics. - Practical applications: - Welding and soldering tasks that require a high-purity, durable material with good thermal and electrical properties. - Conductivity and heat transfer components in electrical assemblies, or parts that double as heating elements and weldable fixtures. - Moulds and heat-treatment fixtures where dimensional accuracy must be preserved and electrode orientation is not critical. - Key attributes to note: - Material quality: high purity with low oxygen content - Mechanical performance: hard, strong, durable - Thermal and electrical performance: good thermal conductivity and electrical conductivity; corrosion resistant - Structural design: porcelain-free, loose microstructure; non-directional electrode - Compatibility: suitable for conductivity, heat transfer, and welding related tasks - Use scenarios summarize practical benefits: 1) In welding and soldering operations that demand a stable, high-purity material with long tool life. 2) As a conductive and thermally efficient component in devices or fixtures that require reliable heat and electricity handling. 3) In moulds or heat-treatment setups where maintaining precise dimensions is critical and the electrode does not require directional orientation.