Grade 1 Wolfram - Gerader Draht

Mentions in Scientific Literature

Goodfellow’s platinum wire features prominently in research including but not exclusive to domains such as: Neuroscience & Biomedicine, where it underpins implantable electrodes and stent surrogates [1–3] . Analytical & Electrochemical Science, powering voltammetry, impedance, micro-sensors and electrodes [4–5] . Materials & Energy Research, acting as a corrosion-proof lead in catalyst evaluation, graphene production and molten-salt studies [6–8] . Sensor/MEMS Engineering, where it forms the active filaments of miniature flow, pressure and temperature devices [9–10] .

Across these disciplines researchers have utilized our platinum wires as ultra-thin neural stimulation/recording microelectrodes [1–3] , rugged working, counter or reference electrodes for electrochemical cells [4–8] , micro sensors [9–10] , and inert current collectors or test probes in high-temperature and corrosive environments [6–8] — applications that all benefit from platinum’s purity, biocompatibility and stability.