Composites for Structural Applications

More industries are using composite materials for their projects than ever. Aerospace, military, and energy markets are just a few industries benefiting from this high-strength material. More recently, composites have found their place in the construction scene, serving as an essential component in modern buildings. Explore how contractors use composites in their projects and consider the benefits of including this material in structural applications. 

Using Composite Materials for Structural Applications

G10 is a composite made from a combination of glass cloth material and epoxy resin. These glass epoxy laminates include the best characteristics of both materials, creating a stronger, more effective product with heavy-duty capabilities. 

Many construction projects use composite materials for structural foundations, support systems, walls, ceilings, and roofs. Contractors may also use these versatile materials for smaller components, such as window frames, decks and insulation. 

8 Benefits of Using Composites for Construction Projects

Why are these materials so popular in the world of construction? There are many reasons for incorporating composites into structural applications. This blog will highlight eight of the most compelling properties of composite laminates.

1. High-Strength

Perhaps one of the most essential properties of thermoset composite materials is strength. These composite materials are incredibly durable since they contain a binding matrix of robust particles and fibers. Composites can withstand immense force before breaking. 

2. Lightweight

A high strength-to-weight ratio makes composites attractive for several applications. Despite their incredible strength, composite materials are not heavy. Thermoset composites are lighter than steel and aluminum, making them perfect for structural support systems. 

3. Flexible 

Thermoset composite materials also offer impressive flexibility. It is easy to shape composites to suit irregular structures, making them highly suitable for applications that require malleability.

4. Easy to Maintain

Composites are highly resistant to corrosion, making them easier to maintain than metal and other construction materials. This property promotes longer component life spans.

5. Cost-Effective

Since composites don’t corrode or break easily and require less maintenance than other materials, they can last much longer and save building owners money in the long term. Replacing structural elements less often creates more room in budgets, allowing property owners to make other investments in their buildings. 

6. Non-Conductive

Thermoset composites are excellent electrical and thermal insulators, making them valuable components for construction projects. These materials block currents and help stabilize temperatures in the structure.

7. Versatile

Due to their flexibility, composites are ideal for various applications. Contractors can choose the shape and size of each composite sheet, ensuring it meets their project requirements. 

8. Temperature-Tolerant

In addition to being great insulators, thermoset composites can endure extremely high and low temperatures. This property makes composite materials ideal for environments used for applications requiring significant heating or cooling.

Learn More About Composite Material for Structural Applications

Composite materials have much to offer the construction industry, so source yours from a trustworthy composite manufacturer. Contact Atlas Fibre to request a quote for high-quality composite materials. 

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