GRP – a smart choice for Architects

Glass-reinforced plastic (GRP) is a composite material made by combining layers of fine glass fibres with synthetic resin and then curing them with heat and pressure. The resulting material is extremely strong and durable, lightweight yet rigid, and can resist challenging environmental conditions.

GRP has been used in the construction industry for over 50 years. From the humble handrail to a complex cladding assembly, architects are specifying glass fibre composites in a diverse range of projects. The iconic Shard skyscraper is an excellent example. While primarily glass-clad, the building incorporates Glass Reinforced Concrete (GRC) panels, showcasing both aesthetic and structural properties.

Let’s look at the reasons for using GRP and how Fibaform can help.

GRP fibreglass manufacture

Strength Meets Flexibility: The Advantages of GRP in Architecture

The construction industry is constantly evolving, with new materials and techniques redefining how buildings and structures are designed. From cladding and roofing to entire prefabricated buildings like kiosks, gatehouses, and cabins, GRP is setting new standards in architectural and construction solutions. 

Prefabricated GRP components can be delivered to site either complete or in a small number of parts, making them easy and quick to install. GRP’s strength, lightweight and reduced construction complexity offer several significant advantages over more traditional building materials.

Architects talking through a building design

The Benefits of GRP

High Ratio of Strength to Weight – makes the construction sequence quicker since less manpower is required for the installation compared to steel.

Minimal Maintenance – requiring little or no maintenance, the GRP pigmentation prevents fading or discolouration.

Corrosion Resistant – GRP is corrosion-resistant, making it useful in situations where rust is a common problem, such as coastal and industrial settings.

UV Stability – the GRP production process uses a UV inhibitor to prevent UV degradation.

Durability – a GRP build can handle wear and tear and pressure, staying in good shape over a long life span.

Non-Conductive – a popular choice where you need to reduce electrical hazards 

All of the above make GRP excellent value for money. It is relatively inexpensive compared to other construction materials and is quicker and easier to install. This makes it an ideal option for projects with tight deadlines and budgets. It also saves money over time because it has a long lifespan and needs almost minimal maintenance.

GRP gatehouse by Fibaform

GRP taking centre stage in design and construction applications

The moulding fabrication process is what makes GRP so versatile. It allows manufacturers to construct to any size and specification to suit a range of applications. This versatility makes GRP an excellent solution for cladding, roofing, structural components, and intricate architectural cosmetic details.

Fibaform specialises in manufacturing complete buildings and enclosures, such as gatehouses, welfare facilities, kiosks, and utility cabinets. GRP offers a forward-thinking solution combining innovation, strength, and style for functional and architectural projects. 

Our GRP builds are resistant to corrosion, UV rays, and harsh weather, ensuring longevity with minimal maintenance. Being non-conductive, GRP is perfect for electrical and power supply housings. We can incorporate enhanced security features, advanced thermal management and even mimic traditional materials like brick or stone.

3D render of a factory

Why Fibaform 

Fibaform are in the business of translating innovative architectural designs into practical realities. Our experienced design team collaborates closely with architects and contractors to ensure every project detail is taken care of. 

Our in-house design team use BIM (Building Information Modelling) techniques, making it easy to specify a GRP unit within your project. We can provide supporting documentation, drawing files and case studies to assist in planning a build. From preliminary design phases.

 

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