The FRP angle profiles have high strength and can advantageously be used for the assembly of stair treads and as brackets for many applications where load-carrying capacity coupled with thermal insulating properties is needed. Furthermore, the FRP angle profile can be used as lateral bracing for constructions.
In stock
Production & delivery: 8-10 weeks.
Production & delivery: 8-10 weeks.
In stock
In stock
In stock
FRP angle profiles are a cost-effective alternative made from traditional materials such as concrete, steel, aluminium and timber. Whereas these materials have only one primary strength, FRP combines several advantages. This makes our fiberglass angle profiles ideal for the sustainable construction of the future. The key advantages are:
Read more of all the advantages here
Another important advantage when it comes to our fiberglass products including our FRP angle profiles is the easy machining and handling it offers. Working with our FRP angle profiles is very much like working with timber and does not require any special tools or welding. This makes them easy to fit and adjust to existing components on site, such as piping systems, steel structures etc. Learn more about machining here
In addition to their low weight the solutions can usually also be assembled at a warehouse under controlled conditions and transported to the installation site in a pre-assembled form. This reduces the installation time on site, which is often expensive in relation to the costs of personnel, contractor machinery and operational downtime.
Do you need an easy and simple solution? With many years of experience with fibreglass solutions, we have made it easy for you to order a strong, optimised and competitive standard solution, such as a bridge, platform, access way, stairs, handrails and covers. Find all solutions here
All FRP angle profiles from Fiberline Building Profiles are CE-certified, which is your guarantee of high and consistent quality every time you make a purchase from us. Among other things, CE marking on our fibreglass profiles, such as our FRP angles, FRP beams, and FRP I-profiles, means that the properties of our profiles are being constantly monitored and tested and that we can ensure traceability from raw materials through to your end products.
We have a wide range of different geometries e.g. i-profiles, u-profiles, FRP beams and square tubes available for purchase online. Explore all profiles here
We offer a number of different machining options, e.g. cut to size and drilling of holes. Online you will find a wide range of FRP angle profiles ready to cut to the exact size you need for your next project.
Our FRP angle profiles are particularly suitable for aggressive environments within chemical industry, cooling towers, wastewater treatment and swimming pools. With durable and weather resistant properties our FRP angles often find use for bridges, offshore and in marine and coastal applications. Finally, with electrically non-conductive properties our FRP angle profiles are often used in rail industry.
Learn more about the benefits of FRP for each industry here
Do you need professional help with your next project? Our employees are always ready to provide additional technical advice and help around our fibreglass solutions. Our team consists of talented consultants, engineers, technicians and operators, who, just like our composite materials, work best when different trade areas come together.
As a team, we represent many years' experience and the latest know-how in fiberglass. Do not hesitate to contact us - we are always available to help you with technical sparring, advice and fast delivery. Check our opening-hours here or contact one of our employees today.
One of our distinguishing features is our production process, which is called pultrusion. This process involves pulling fibres, as opposed to extrusion, which pushes the material, through an enclosed tool where they acquire their very special properties. Thus, the quality also remains consistently high, because it is a continuous process. Learn more about our pultrusion process here
