Round carbon tubes are available in different types with unique properties. All our composite tubes are produced under strict specification using high-quality carbon fibres and epoxy resins. Each type of tube is available in a variety of diameters, in various lengths and optimum wall thicknesses.
The rectangular carbon fibre tubes are laminated from prepreg High Strength Carbon fibres and epoxy resin. The outer layer has a twill weave with the traditional carbon look. The fibres are laminated in different directions in the wall thickness of the tube. This ensures unique stiffness and strength as well as low weight. These rectangular carbon tubes are far more resistant to bending than metal alternatives.
The rectangular carbon fibre tubes are laminated from prepreg High Strength Carbon fibres and epoxy resin. The outer layer has a twill weave with the traditional carbon look. The fibres are laminated in different directions in the wall thickness of the tube. This ensures unique stiffness and strength as well as low weight. These rectangular carbon tubes are far more resistant to bending than metal alternatives.
The carbon panels are laminated with high-strength carbon fibres and a high-quality epoxy resin. The top layer always has an attractive carbon look. Carbon fibres are placed in the core in the longitudinal and transverse direction. This gives the sheets optimal strength and stiffness.
Refiflex® is a unique construction system of carbon fibre components for building lightweight structures. The range includes carbon fibre connectors that can be used in combination with the round and square tubes, to make a 100% carbon fibre construction, extremely low weight and with optimal strength and rigidity.
Refiflex® is a unique construction system of carbon fibre components for building lightweight structures. The range includes carbon fibre connectors that can be used in combination with the round and square tubes, to make a 100% carbon fibre construction, extremely low weight and with optimal strength and rigidity.
Pultrusion profiles with a high bending stiffness which can be connected easily due to the integrated mounting slots. Torsional stability is low and needs to be constructed together with bolts and cross sections to reach optimal rigidity.
composite finishing