comparative PRFV - Concrete - Wood
Three materials. Three approaches to construction.
The choice of structural material directly influences the durability, performance, and reliability of a house. Fiberglass-reinforced plastic (FRP) now offers a different approach, based on industry standards.
The constraints of concrete and wood
Concrete
- cracking may occur over time
- corrosion of the reinforcement bars
- heavy structure requiring substantial foundations
The wood
- sensitivity to humidity
- risks of parasites
- possible deformations over time
- necessary treatments and maintenance
These materials remain widely used, but they have some known structural limitations.
How GRP addresses the limitations of traditional materials
A technology that is still relatively unknown in housing
Composite materials have long been used in industry, boating, and technical infrastructure.
Their use in residential construction is still emerging, but it paves the way for a new generation of structures.
The advantages of GRP in construction
No corrosion
GRP is completely impervious to corrosion and moisture, ensuring a durable structure even in demanding environments.
Sustainable structural stability
The composite structure retains its mechanical properties over time without deformation or cracking due to shrinkage.
Lighter structure
GRP is significantly lighter than concrete, which allows for optimization of structural design and foundations.
Enhanced durability
The material is not subject to corrosion of the reinforcements, parasites, or structural degradation.
GRP applied to contemporary housing
Compositea Homes applies industrial standards to residential construction by integrating GRP structural elements into a comprehensive construction system.
An alternative to traditional materials
GRP not only replaces traditional materials: it offers a new way of designing the structure of a house.
