Fiberline’s pultruded Carbon Fiber Lamellas are engineered to stiffen and strengthen new and existing structures. The CFL consists of a multitude of continues fibres, oriented in the direction of the load, each with a diameter of approx. 7μm. The production method ensures the most cost-effective way of converting carbon fibres into profiles and the continuous process ensures products with a minimum of variation and superior mechanical properties.
Description
Fiberline Carbon Fiber Lamella (CFL)
Fiberline’s pultruded Carbon Fiber Lamellas are engineered to stiffen and strengthen new and existing structures. The CFL consists of a multitude of continues fibres, oriented in the direction of the load, each with a diameter of approx. 7μm. The production method ensures the most cost-effective way of converting carbon fibres into profiles and the continuous process ensures products with a minimum of variation and superior mechanical properties.
Fiberlines Carbon Fiber Lamellas features peel-ply covers on both sides that ensures good bonding properties to other prepared surfaces, like wood, steel, concrete or fibreglass profiles.
Advantages
• High Yong-s modulus
• Low weight, high strength and unparalleled durability
• A lighter and slimmer construction than otherwise possible
• Corrosion and weather resistance
• Easy handling and quick installation
• A product manufactured to meet APQP4Wind standards
Application
The CFL can be used to reinforce new construction or extend the life of existing structures. Applications range from bonding to wood&glulam beams, steel girder and concrete structures.
The carbon fibre lamellas are also used to reinforce fibreglass structures such as bridges and various beam dimensions.
Besides, the lamellas can also be used architecturally as “sun protection”, wall cladding or flooring.
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In stock
Production & delivery: 8-10 weeks.
Production & delivery: 8-10 weeks.
In stock
Our products are CE certified according to the EN13706 1-3 standard.
Read moreFiberglass enables lightweight and robust constructions, making installation faster. Although the material is comparable to steel, the specific weight of Fiberglass is only a quarter of steel.
Read moreFiberglass is an impressively strong material, able to compete with steel, aluminum, and wood. Composite profiles exhibit moderate stiffness, meaning they match the weight of aluminum, constitute only 20% of the weight of concrete, and weigh just 40% of a comparable steel construction.
Read moreComposite materials are generally very durable, with only a few exceptions. They resist a variety of aggressive liquids and environments, resulting in long lifespan and minimal need for maintenance.
Read moreFiberglass is UV-resistant and can withstand temperatures between -40 and +80 degrees Celsius without deterioration of its properties. Additionally, it tolerates seawater and other atmospheric influences.
Read moreFiberglass profiles are electrically insulating. They are suitable for use in connection with all electrical constructions, such as along railway tracks, power plant installations, etc., as they are suitable for both low and medium voltage.
Read moreThe processing of fiberglass profiles is significantly easier than for metals such as steel, and just as efficient as for wood. This makes it easy to handle solutions with our profiles on site.
Read moreFiberline's fiberglass profiles have a significantly higher thermal insulating capacity compared to steel and aluminum. The thermal conductivity coefficient of fiberglass is 0.3 W/mK, resulting in energy-efficient finished products compared to both aluminum, which is about 200 W/mK, and steel, which is about 50 W/mK.
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