Generally, the properties of carbon fiber products such as lightness and very high tensile strength are well known at present, thanks to the increasing demand, costs have also fallen drastically.
The carbon fiber applications are constantly increasing, as a standard material in domestic and industrial applications, structural, aesthetic, performing. Consequently, all the important properties of carbon fiber must be highlighted.
Please refer to the "Technical Data Sheet" of each product for more detailed information.
The carbon fiber profiles are produced with pultrusion technology starting from pure carbon fibers of primary manufacturers mixed with an epoxy resin.
Types of fibers: 3K – 6K – 12K - 18K – 24K (K = thousands of fibers)
• Elastic modulus range E = 140 - 150 – 170 – 200 – 250 – 280 GPa
• Tensile strenght range R = > 1.800 o > 2.300 MPa
Element of a carbon aluminum crane
|Stainless Steel||7,9 g/cm³||4,94|
|Mild Steel||7,9 g/cm³||4,94|
Carbon has almost unlimited resistance to saline environments and aggressive chemicals.
The bonding technology has achieved top performance with the possibility of joints between :
dedicated adhesives and resins are available for each type of joint.
Normally two components adhesives are available on several brands for the most wide applications (internal - external - hot - cold - elastic - rigid - wet - dry)
Bonding CARBON - METAL
Bonding CARBON - CONCRETE
Bonding CARBON - WOOD
Bonding CARBON - MASONRY
With the carbon rubbering process, very high performance surfaces (palettes) are obtained with very high wear resistance and perfect adhesion carbon – rubber foil.
The application of gripping pallets is excellent on the following applications :
Radiotransparency offers wide application possibilities in the orthopaedic and telecommunications field. In fact, the carbon elements are transparent to X-rays and therefore allow the construction of objects that must not be removed during the radiography. Similarly protections of antennas, radars, radio transmitters generally made of carbon allow clean transmissions without any interference or attenuation.
Carbon fiber profiles and tubes are commonly used in the paper, fabric and film industry as they are antistatic.
CARBON ELEMENTS FOR THE ANTISTATIC PAPER INDUSTRY