Within the construction and design industry, the ongoing search for innovative materials and systems that combine durability, ease of installation, and adherence to compliance and safety standards is an ongoing challenge. The Moddex Ezibilt ramp, stair, and walkway system stands out as a prime example of innovation meeting practicality, especially when combined with the robustness of Fibre Reinforced Plastic (FRP).
FRP, with its exceptional durability and lightweight nature, has revolutionised industries from aerospace to automotive, and now, it’s making significant inroads into construction, particularly in industrial flooring and structural applications. The composite material, known for its high strength and resistance to corrosion, temperature fluctuations, and harsh chemicals, is perfectly suited for challenging environments.
The synergy between FRP and the Moddex Ezibilt system exemplifies how modern engineering can create solutions that are not only compliant with industry standards but also cater to the practical needs of quick and efficient installation. The Ezibilt system, designed with versatility in mind, seamlessly integrates with FRP materials used for the walkway, offering a full solution that enhances the inherent benefits of each component.
What is FRP?
Fibre Reinforced Plastic (FRP) is a robust composite material, crafted by reinforcing plastic with fibres, typically glass fibres, diverging from conventional materials such as steel or aluminium known for their strength. This innovation has broadened its utility most notably in industrial flooring, where its unique benefits are highly valued.
Originating in the 1930s through both targeted research for aviation materials and accidental discoveries, FRP’s development paved the way for mass production in the 1950s. Its evolution has significantly influenced numerous industries thanks to its adaptability and strength. The manufacturing of FRP involves embedding glass fibres in a resin matrix – a thermosetting plastic – then moulding and solidifying the mix under heat and pressure to produce the final composite material. This process is versatile, allowing for the integration of various plastics and fibres to meet specific application requirements, from aircraft components enduring extreme stresses to high-quality, durable industrial gratings.
Benefits of FRP
Durability and longevity: FRP’s resistance to corrosion, weather, and wear pairs perfectly with the Ezibilt system’s robust design, promising a long service life with minimal maintenance. This durability is essential for installations in high-traffic areas or in conditions that would rapidly deteriorate lesser materials.
Ease of installation: FRP panels are lightweight and easily cut to size, and along with the Moddex Ezibilt system, renowned for their straightforward installation process; the entire assembly can be completed quickly, reducing labour costs and downtime. This ease of installation is invaluable during tight project timelines or in operational facilities where extensive disruptions are untenable.
Low maintenance: FRP’s resistance to environmental stressors means that the structural integrity and appearance of the installation remain intact over time, without the need for frequent repairs or replacements.
With its combination of high strength, corrosion resistance, ease of installation, and low maintenance, FRP represents an optimal solution for grating materials in flooring or walkways subjected to high stress, making it an indispensable material in various industrial applications.
The integration of FRP materials with the Moddex Ezibilt ramp, stair, and walkway system represents a forward-thinking approach to construction and design challenges. This combination not only meets the essential criteria of compliance, safety, and durability but also offers the practical benefits of ease of installation and low maintenance. As industries continue to seek out innovative solutions that can withstand the test of time and use, the partnership between FRP and Moddex Ezibilt stands as a testament to the potential of modern materials and design philosophies to create spaces that are both functional and enduring.
