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High-strength Pultruded Fiberglass Profiles

Steel has been a material of choice for a very long time when we speak of materials for anything construction related. Steel has been used to create sturdy structures such as bridges and skyscrapers. Steel, though, does have some downsides. For one thing, it can be quite heavy, making it difficult to maneuver and use. One more thing — steel can rust, especially when exposed to water, salt, or some chemicals, and over time, steel can dissolve, robbing the part of proper function. That will cause the steel to rust, weakening it over time and making it less safe.

A critical process employed in producing this fiberglass is pultrusion. Fiberglass pulled through a mold in a manufacturing technique called pultrusion process (that's a specialty process that essentially pulls fiberglass through a hot mold to create long, uniform, strong parts). This process enables AMP to produce a wide range of different fiberglass profiles with varying forms and structures. They help us build all types of structures, from bridges and buildings to renewable energy plants that produce clean energy.

Unmatched Resilience in Extreme Environments

The best part about AMP's fiberglass is that it also works well in the most extreme environments. Steel rusts, especially if it’s around salt air or certain chemicals. This rust can be a significant issue for structures and buildings that are located close to the sea, near factories, or adjacent to busy roadways. These areas are constantly being exposed to harsh weather and elements that can accelerate rusting. In contrast, fiberglass will not rust, making it a far superior option for buildings in these conditions.

And the high-strength fiberglass (AMP) is a particularly exciting sign of where building materials development is headed.) The growing world population also increases the need for environmental friendly materials for construction, and energy savvy materials. As they are made out of up to 80% glass fibers and resins, fiberglass profiles have a clear benefit. This special composition also makes the material safe for people, recyclable, and requires less energy to produce than traditional materials.

Why choose AMP High-strength Pultruded Fiberglass Profiles?

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