PRODUCTS

Applications

Energy

The global energy transition depends on rapid materials innovation in batteries, fuel cells, photovoltaics, and supercapacitors. Researchers in the energy sector need reliable instruments to characterize electrode materials, electrolytes, and interfaces under realistic operating conditions — enabling faster development cycles and better understanding of degradation mechanisms. NewRoad provides electrochemical and surface analysis tools that support energy research from discovery to device validation.

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APPLICATIONS

KEY CHALLENGES

Monitoring electrode-electrolyte interface evolution over thousands of charge-discharge cycles, detecting nanogram-level mass changes during cycling, characterizing SEI layer formation on battery anodes, evaluating electrocatalyst activity and stability for fuel cells, and correlating surface properties with electrochemical performance are central challenges in energy materials research.

NEWROAD SOLUTIONS

QCM-D with electrochemical cells enables simultaneous, real-time measurement of mass changes and electrochemical response during battery cycling and electrocatalyst testing. Potentiostats support EIS, linear sweep voltammetry, and accelerated aging protocols. Surface analysis tools characterize electrode wettability and coating uniformity, providing a comprehensive toolkit for energy materials R&D.

EXPLORE TECHNOLOGIES

Raman

Raman Spectroscopy is a non-destructive analytical technique used to identify molecular composition, chemical structure, and material properties.

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Particle Analyzer

Quantitative measurement of particle size and shape distributions in powders, granules, suspensions and sprays — from sub-micron to millimeter scale using dynamic image analysis and laser diffraction.

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QCM-D

QCM-D is an ultra-sensitive surface analytical technique that simultaneously measures mass changes and viscoelastic properties of thin films adsorbed on sensor surfaces in real time.

Elemental Analyzer

X-ray fluorescence and glow discharge spectroscopy provide fast, accurate multi-element composition analysis of solid materials and thin films, from bulk characterization to nanometer-scale depth profiling.

Langmuir-Blodgett

KSV NIMA Langmuir trough systems enable precise control and characterization of molecular films at air-water interfaces and controlled deposition of organized mono- and multilayer films onto solid substrates.

Optical Tensiometer

Measurement of contact angle, surface wettability and liquid surface tension using optical imaging and force-based methods — essential for coating adhesion, surface treatment verification and surfactant characterization.

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Potentiostats & Galvanostats

The controlled study of electron transfer and electrochemical reactions at electrode surfaces — enabling battery testing, corrosion analysis, biosensor development and fundamental mechanistic research.

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