Services
Equipped with state-of-the-art instruments, our lab offers a comprehensive range of material analysis services to support research, conservation, and industrial applications. We specialize in material identification, degradation studies, and preventative conservation, ensuring the longevity and preservation of cultural heritage and industrial materials.
Material Identification & Characterisation
We use Fourier Transform Infrared Spectroscopy (FTIR) to identify and characterize polymeric and organic materials through non-destructive and precise chemical composition analysis. Our equipment includes:
4300 Handheld FTIR
Ideal for in situ analysis, allowing identification of materials directly
at their location when sampling is not possible.
Nicolet iS20 FTIR
Based in our lab, this system provides high-resolution analysis
for objects or samples that can be transferred to the facility.
We assess the mechanical properties of materials, including tensile and compression strength, to determine durability and performance. Our equipment includes:
Mecmesin OmniTest 7.5
Based in our lab, this universal testing machine is capable of precise tensile
and compression measurements on material samples.
We measure surface gloss levels to assess aesthetic and functional properties under different lighting conditions. Our equipment includes:
GM2 Gloss Meter
Provides in situ measurements of surface reflectivity at multiple angles (20°, 60°, 85°).
Our lab offers accurate colour analysis for material consistency, restoration, and quality control. Our equipment includes:
Konica CM-17d
Can be used in situ to measure colour in the CIE L*a*b* colour space.
We examine surface texture, microstructures, and wear patterns for detailed material assessment. Our equipment includes:
VHX-X1F Keyence Digital Microscope
Both in situ and in our lab, it captures high-resolution images and
3D topography of surfaces, with up to μm depth of field.
Dino Lite Edge Digital Microscope
A portable tool for capturing 5MP digital images with up to 0.75 mm depth of field.
Degradation Studies
We replicate natural weathering processes, including UV exposure, temperature fluctuations, and humidity variations, to evaluate material durability. Our equipment includes:
Weathering Chamber Xe-1-SE
Based in our lab, it simulates sunlight, heat, and rain, reproducing years
of environmental damage in a matter of weeks.
The Oddy Test assesses the safety of materials for use in enclosed spaces with cultural heritage objects, identifying potential harmful gas emissions. Our equipment includes:
Memmert Humidity Chamber
Based in our lab, it simulates high-humidity environments to study
material degradation and assess long-term stability.
Advice & Research on Collections Care & Preventative Conservation
We provide expert guidance to museums, galleries, and collectors to ensure best practices in conservation:
Condition Reporting
Detailed assessments documenting an object’s condition to aid conservation planning.
Advice on Display and Storage
Recommendations on environmental conditions, materials, and techniques to minimize deterioration.
Environmental Monitoring
Assessment of temperature, humidity, and light exposure to identify risks
and implement mitigation strategies.
Guidance on Handling, Packing, and Moving
Best practices for safely handling and transporting objects to reduce the risk of damage.
How We Can Support Your Project?
Our lab combines expert knowledge with cutting-edge technology to deliver high-quality analysis tailored to research, conservation, and industrial needs. Contact us today to discuss how our services can support your project!