Polymers in construction
A polymer is a substance which has a molecular structure built up chiefly or completely from a large number of similar units bonded together. In basic terms, polymers are very long molecules typically made up of many thousands of repeat units.
Many synthetic and organic materials are based on polymers, including; plastics, rubbers, thermoplastic elastomers, adhesives, foams, paints and sealants. Polymer materials account for the highest growth area in construction materials. Well-established applications of polymers in construction include products used for flooring, windows, cladding, pipes, membranes, seals, insulation, and so on. With thousands of commercially available polymers new applications are emerging all the time.
However, the introduction of polymeric materials has brought with it new concerns, particularly relating to their longevity, how they are affected by ageing and weathering, the effects of pollution, environmental and sustainability issues, fire performance, re-use, recycling or disposal at their end of life and so on.
Examples of polymer materials in construction include:
- Epoxy resins: Solid resin, Terrazzo flooring, anchor fixings and adhesives.
- Ethylenetetrafluoroethylene (ETFE): Fabric structures.
- Ethyl vinyl acetate (EVA): Solar panel encapsulants.
- Expanded polystyrene (EPS): Concrete moulds, insulation and packaging.
- Polycarbonate: Lighting housings, fittings in hot water systems and glazing.
- Polyester: FRP Bridge sections, cladding panels, sinks, surfaces and coatings.
- Polyethylene: Foam underlay, damp-proof membranes and coatings.
- Polyisobutylene (PIB): Sealants and waterproof membranes.
- Polymethylmethacrylate / Acyrlic (PMMA): Surfaces and sinks.
- Polypropylene (PP): Sound insulation, and pipes.
- Polyurethane (PU): Sealants and concrete jointing.
- Polyvinylchloride (PVC): Sealants, concrete jointing and fabric structures.
- Rubber: Bridge bearings and flooring.
[edit] Related articles on Designing Buildings
- Acrylic.
- Bitumen binder may delay road surface deterioration.
- Carbon fibre.
- Composites.
- EVA film.
- Fabric structures.
- Glass reinforced plastic GRP.
- Graphene.
- Nylon.
- Plastic.
- Plastic cladding.
- Plastic coating market.
- Polycarbonate plastic.
- Polyethylene.
- Polymeric flooring.
- Polypropylene.
- Polystyrene.
- Polyurethane (PUR).
- Polyvinyl chloride PVC.
- Rubber.
- Sealants.
- Types of materials.
- Wood plastic composites market for construction.
Featured articles and news
Cyber Security in the Built Environment
Protecting projects, data, and digital assets: A CIOB Academy TIS.
The UK's campaign to reduce noise pollution: Mythbusting, articles and topic guides.
Setting Expectations on Competence Management
Industry Competence Committee.
New Scottish and Welsh governments
CIOB stresses importance of construction after new parliament elections.
The sad story of Derby Hippodrome
An historic building left to decay.
ECA, JIB and JTL back Fabian Society call to invest in skills for a stronger built environment workforce.
Women's Contributions to the Built Environment.
Calls for the delayed Circular Economy Strategy
Over 50 leading businesses, trade associations and professional bodies, including CIAT, and UKGBC sign open letter.
The future workforce: culture change and skill
Under the spotlight at UK Construction Week London.
A landmark moment for postmodern heritage.
A safe energy transition – ECA launches a new Charter
Practical policy actions to speed up low carbon adoption while maintaining installation safety and competency.
Frank Duffy: Researcher and Practitioner
Reflections on achievements and relevance to the wider research and practice communities.
The 2026 Compliance Landscape: Fire doors
Why 'Business as Usual' is a Liability.
Cutting construction carbon footprint by caring for soil
Is construction neglecting one of the planet’s most powerful carbon stores and one of our greatest natural climate allies.
ARCHITECTURE: How's it progressing?
Archiblogger posing questions of a historical and contextual nature.