A coating is a substance applied to a material or a product to enhance the material/product overall properties, such as water wettability, solvent resistance, gas or solvent permeability adhesion, and/or resistance to wear without affecting bulk properties. It can be decorative, protective and – in the case of smart materials – add functionality to the product, i.e. switch properties under external control.
How are coatings used?
Coatings have a broad range of uses, including:
To change the touch/feel of a material
To change gas and solvent permeability of material e.g. to protect gas/moisture sensitive materials
To improve adhesive bonding
To improve wettability and printability of water hating materials
To make ‘splash proof’ or waterproof
To prevent staining of materials
To make self-cleaning
To improve biocompatibility (implants/ex vivo devices)
To impart anti-microbial and anti-viral touch- properties
Functional coatings represent a multi-billion pound industry within the UK and are applied to products as diverse as contact lenses and drinks cartons; they are found in automotive products, textiles, polymer/plastic films, construction materials, and products and processes affected by biofilms, e.g. pipes and medical implants
Need a coating for your product?
GISMO can help you to:
Develop, validate and make new products and materials
Overcome problematic materials design or manufacturing issues
Improve the reliability and functionality of existing coatings and surface-interfaces
Trial new technologies, materials and processes
Understand the latest thinking and techniques
Want to improve the functionality of your product?
Want to make products more efficient, resilient, greener, longer lasting or more cost-effective?
GISMO can help you to:
Develop and optimise coatings that use thin-film polymerisation and deposition techniques, including plasma polymerisation, thin film molecular growth, Langmuir-Blodgett, spin coating and UHV single crystal sputter/annealing
Engineer surface features with sub-µm precision, using laser sintering, milling and machining and additive manufacturing
Characterise and image surfaces and their contaminants using chemical analysis and microscopy, and morphological, mechanical, thermal, electrical, and fluidic techniques
Undertake proof of concept studies and develop prototypes to demonstrate the feasibility of new and innovative ideas
Trial processes to inform decisions about large-scale production
Our expertise is backed by comprehensive in-house materials engineering development, test and computational modelling facilities for hard engineering materials and soft biomaterials.
We can manipulate materials over a large range of length scales from nanometres (e.g. small organic molecules) to metres (e.g. composites materials for buildings).
Contact us now to discuss your needs and let our experts help you to determine how to satisfy them.
If you just want to put your materials, products and processes to the test, they will carry out a free diagnostic to assess them.