Pultruded fiberglass angles offer many advantages and are more durable and versatile than traditional materials such as wood, steel or aluminum:

The pultrusion process produces stronger parts with superior tensile strength, dimensional stability and stiffness. It can also create custom shapes and profiles of almost any size.

Pultruded fiberglass angles are lightweight, 30% lighter than aluminum and 70% lighter than steel, without sacrificing any strength. Additionally, they are consistent in strength and less likely to deform during impact.

They can be easily machined, butted, grooved, chamfered, rounded and sharpened using simple tools. Using FRP products requires less heavy equipment and is therefore generally safer and less expensive.

Pultruded fiberglass angle does not conduct heat or electricity, so it is ideal for use as a protective barrier between hot or live components and the end user. Additionally, the material’s non-magnetic electromagnetic transparency makes it suitable for many professional applications.

FRP is extremely durable and chemical resistant. Pultruded fiberglass angles will not rot or degrade due to long-term exposure to moisture, extreme temperatures or UV radiation.

Pultruded fiberglass angles have an extremely long life cycle and very low maintenance costs and requirements compared to organic materials such as wood or materials that are prone to rusting such as iron or steel.

Fiberglass Angle provides the versatility required in today’s manufacturing industry to create highly customized or complex components that meet a variety of design needs.