AMETEK Scientific Instruments serves a variety of applications covered by research of corrosion, energy storage, general and physical electrochemistry, materials science, and physics.
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Energy storage and conversion devices—batteries, capacitors, fuel cells, and solar cells—power portable and renewable systems. Market demands require improved pulse power, runtime, and cycle life within size and weight limits. Performance depends on voltage (chemistry) and current (electrode area), driving innovation in materials and engineering for advanced power solutions.
Corrosion is an electrochemical process where metals oxidize, causing material loss and costly damage across industries. It impacts pipelines, ships, bridges, vehicles, and medical implants. Princeton Applied Research and Solartron Analytical provide instruments like potentiostats, corrosion cells, and scanning systems to support corrosion research with reliable design and technical expertise.
General and physical electrochemistry covers electron transfer kinetics and thermodynamics, nanoscale research, and electroanalysis. These areas explore fundamental processes, nanotechnology applications, and techniques for quantifying electroactive analytes. This field underpins innovations in sensors, energy systems, and advanced materials through precise electrochemical measurements and theoretical understanding
Solartron Analytical offers advanced solutions for characterizing electrical, thermal, and mechanical properties across extreme temperatures (-268°C to >1200°C). Our systems support testing of solids, liquids, and powders under specialized atmospheres using techniques like I-V, C-V, impedance, and capacitance. Integrated software enables precise control, waveform previews, and equivalent circuit analysis.
The SI‑9300R enables precise Urban Drive Profile Cycle Testing by simulating real-world driving, creating custom profiles, and accurately assessing battery degradation. It supports automated, high‑speed direct‑to‑disk data capture and real‑time safety monitoring of voltage, current, power, temperature, and load. Download the application note for full testing insights.
Scanning Electrochemical Microscopy (SECM) is a powerful analytical technique that merges high spatial resolution with precise electrochemical measurements, enabling detailed investigation of electrochemical processes at interfaces and on surfaces. Access the application note today and explore more
