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Measurement at home
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Measurement at home

How NPL can help in the fight against COVID19

Research

Surface technology

We measure the physical and chemical properties of surfaces, ranging from biological samples to electronic components

Understanding materials at the micron and nanoscale

Surface analysis techniques are key to the understanding and characterisation of surfaces used in advanced technology and innovation in industries such as aerospace, chemicals, pharmaceuticals, health and electronics. Our world-leading surface technology research has helped industry to use new materials with confidence. We have developed more efficient catalysts, improved the delivery of drugs and supported the development of graphene.

Our expertise is based upon the underpinning scientific research we perform to support innovation, trade and industrial competitiveness, making this emerging research area accessible for real-world applications. We offer cost-effective solutions to a wide range of problems in areas such as graphene, polymers, sensors, biofilms and nanoparticles using the latest instrumentation.

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Our research

We deliver solutions in world-class research facilities, with state-of-the-art techniques for surface analysis under vacuum, ambient or liquid environment. We specialise in:

Structural and chemical characterisation of graphene

We are helping industry to take advantage of emerging materials and their valuable properties

Measuring surface and thin film chemistry

We accurately measure the chemistry of material surfaces

Label-free chemical imaging

We use vibrational spectroscopic imaging to characterise complex samples

Particles and nanoparticles

We develop techniques to analyse the smallest of materials to help industry rapidly realise their potential

Standardisation and best practice

We create international standards for surface materials to ensure compatibility and confidence

Our projects

Improving materials adhesion to bring enhanced products closer to market
Measurement of nanoparticle concentration
Defining measurement standards for new battery technologies

Li-ion batteries are projected to play a key role in global decarbonisation of energy – as energy storage devices for hybrid and electric vehicles, and in combination with renewable energy sources for grid energy storage.

Our services

We offer a range of services to help industries to identify and put extremely small materials to use, even at the micro and nano level, including particle analysis and surface chemical analysis. Our experts have developed state-of-the-art techniques to enable the high resolution study and analysis of elements and purity, among many other features.

Case study

Developing innovative materials for low-cost 3D medical imaging

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Case study

Calibrating innovative XPS instruments to boost sales

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Case study

Developing non-destructive testing for 2D materials

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Our resources

We have a number of freely-available publications, good practice guides and e-learning on nanoparticle surface chemistry. Search our comprehensive list of resources.

 

 

Our team

Our world-leading measurement experts collaborate with academia, scientific institutes and industry from around the world, supporting fundamental science and commercial innovation.
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