Materials Development
Materials Development
PEM research centre staff are researching novel materials with industrial applications ranging from battery materials to antibacterial coatings for mobile phones, wastewater treatment and use in surgical operating theatres
Materials Testing at PEM Technology Gateway
Coating & Surface Material Testing
PEM supports the development and assessment of advanced coatings, including thermal, antimicrobial, and photocatalytic systems, by evaluating their durability, structural integrity and functional performance. Testing includes:
Thermal Insulating Coatings
- Mechanical testing (tensile, compression, flexure, adhesion)
- Hardness testing (micro & macro)
- Surface and microstructural analysis using optical microscopy and SEM/EDS
- Chemical characterisation using FT‑IR
- Thermal behaviour using DSC
Antimicrobial & Photocatalytic Coatings
PEM evaluates photocatalytic TiO₂‑based coatings using:
- SEM + EDS for morphology and chemical composition
- Optical microscopy for surface features
- Hardness testing for durability
- Mechanical adhesion testing using universal test systems
Materials for Advanced Oxidation Processes (AOPs)
PEM supports companies working to improve the treatment of pharmaceutical effluents through materials designed for photocatalysis and photo‑Fenton reactions.
These materials can be characterised using:
- FT‑IR spectroscopy for chemical bonding and surface functional groups
- Thermal analysis (DSC) to determine stability under reaction conditions
- SEM/EDS to analyse catalyst surface composition and degradation
- Rheology for testing slurry‑based or fluid catalytic systems
Our testing capabilities help industry partners optimise AOP materials for efficiency, durability and regulatory compliance in wastewater treatment
Advanced Additive Manufacturing Material Testing
PEM develops and tests advanced materials for metal and polymer additive manufacturing, focusing on mechanical performance, printability and material integrity.
Using polymer and metal AM platforms (Meltio M450, Element HT, BambuLab), materials are evaluated using:
- Tensile, compression, flexure and shear testing (up to 600kN)
- Bi-axial axial/torsional testing for complex loading scenarios
- Micro‑hardness & macro‑hardness testing
- Thermal analysis (DSC) to assess crystallisation and melt behaviour
- Rheometry for polymer melt/flow characterisation
- Microscopy (optical & SEM) to assess porosity, layer adhesion and microstructure
These capabilities allow PEM to support industry with material qualification, failure analysis, and performance benchmarking for additive manufacturing applications.

