No porosity, trachoma, sparseness; provides conductivity and surface precision on the electroetched mould purity with fine microstructure and very low oxygen content Good thermoelectricity, good processability, ductility, and weather resistance Heattreated to produce an electrode without directionality; suitable for fine beating, fine beating Use scenarios Precision moulding and electroetching applications in electronics, semiconductor packaging, and micromechanical components where surface accuracy and electrical conductivity are critical Electrode components for forming or stamping processes that require isotropic material properties and purity to ensure consistent performance Outdoor or industrial components that demand durable, ductile materials with reliable weather resistance and stable electrical or thermal performance Compatibility and performance notes Compatible with electroetched mould processes and related forming operations Material delivers reliable conductivity and surface accuracy, with low oxygen content to minimize oxidationrelated defects Attributes support applications requiring good thermoelectric response, ease of processing, and resistance to environmental exposure Size and material considerations Specific size, thickness, and material grade are determined by application requirements and compatible tooling specifications; the description references purity material with very low oxygen content suitable for precision moulds and forming electrodes.