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Our state of the art microscopy suite allows for detailed analysis of material physical properties, morphology, particle sizing and surface features, whilst our spectroscopy equipment reveals chemistry, elemental composition and bonding structures. Many of our services are UKAS accredited giving you further assurance of the quality of our analysis.

Accredited Services

UKAS accredited services that are offered at ETC Brunel include:

  • Asbestos analysis of air filters, wipe samples, dust UKAS no.and bulk samples as well as water and parenteral medicine samples
  • Qualitative chemical analysis by XRF and SEM
  • Quantitative chemical analysis by SEM
  • Heavy metal determination in herbal medicines
  • Qualitative analysis by FTIR
  • Qualitative analysis by XRD
  • Quantitative analysis of austenite in steel by XRD

Morphology and surface features

Our microscopy suite allows for detailed analysis of micro and nano-scale features at the sample surface as well as analysing the distribution of the material constituents within a sample.

ComServMorphBan

Morphology, micro and nano-scale features / Topography

With our state of the art electron microscopy suit and extensive experience our microscopists can produce high resolution images of micro and nano-scale feature to allow you to better understand your materials characteristics. Atomic force microscopy also allows for 3D surface features to be measured for additional information.

Ag paste

Silver Paste

SEM image showing nano-particles in a thermal paste

Poly frac 1

Polymer fracture surface

Micro-scale plastic fracture and deformations

AFM vert top

AFM topographic image

AFM image showing surface of diamond-like carbon coating on steel

ravi-sf16-xsec-20m.001

Coating Thickness

Nano-scale coating thickness can be measured accurately using AFM

 

 

Chemical composition and bonding structure

Our facilities allow for chemical analysis of most organic and inorganic materials in order to determine composition and bonding structures of your samples.

Chemical composition

EDX map 1

EDX mapping

Composition map of mineral section

EDX spec

EDX spectrum

Composition breakdown of specific surface area

 

Bonding structures

FTIR map

FTIR map

Compiled map highlighting filtered microplastics from wastewater

FTIR map

FTIR spectrum

Spectrum confirming different polymers present

 

 

Crystallographic

Using X-Ray techniques and ultra high resolution electron microscopy it is possible to determine and characterise structures of crystalline materials. From examining deposits in soil and clay samples, to discovering phases within metallics and their alloys, our range of equipment allows for detailed analysis of most materials.

Crystal structures and identification

SXD Phospor struct

Phosphor Structure

Single Crystal X-ray analysis of phosphor

XRD spec

XRD spectra

Spectra showing minerals present in rock samples

 

Grain distribution and orientation

EBSD rolled Sn

EBSD of rolled tin

Grain size and orientation of rolled Sn

WS EBSD Mg

Grain Analysis

EBSD study of Mg alloy

 

Lattice structures and atomic spacing

TEM Spinel

TEM image of spinel

TEM image showing lattice structure in spinel

TEM Spinel 2

TEM

Another image