245 g/m² Carbon Fabric, Twill, incl. PU dispersion | SP-T240/120CPU
Carbonfabric 245 g/m² twill 2/2 incl. PU dispersion as homogeneous fixation
** special item from industrial production. Partly slightly PU residues on the fabric / Due to the PU impregnation, the fabric is very well fixed so that it can be easily cut to size. Still very well suited for constructive applications **
Technical Data
weight: 245 g/m² (dry weight)
PU-Binder: approx. 10 g/m²
Weave : twill 2/2
width: 120 cm
Warp: 6,1 threads/cm (3K 200Tex)
Weft: 6,1 threads/cm (3K 200Tex)
Use for carbon look parts / Gluing the fabric
Due to the PU impregnation, this fabric has a uniform, homogeneous fixation. It can easily be cut without fraying. So it can be cut out and adhered to existing component (eg with HP-E25KL or HP-FIX400). Subsequently, it can be sealed then in several layers with a low-viscosity epoxy Topcoat Resin (eg HP-E25D or HP-E40D)
Use in the vacuum injection process.
Due to the PU impregnation, this fabric has a uniform, homogeneous fixation. It can easily be cut without fraying. We recommend low-viscosity epoxy resin systems. Ideally, it will be used in the vacuum infusion process (IMC-process) with our epoxy resin HP-E200GL (or HP-E120RI plus UV stabilizer HP-BEL91). Ideal for large, flat applications, such as: As plates or boards.
For complicated corners, curves or three-dimensional geometries this fabric is not so good suitable because it is quite stiff due to the impregnation.
► Laminate calculator
Here you can calculate specific values for the vacuum infusion.
** special item from industrial production. Partly slightly PU residues on the fabric / Due to the PU impregnation, the fabric is very well fixed so that it can be easily cut to size. Still very well suited for constructive applications **
Technical Data
weight: 245 g/m² (dry weight)
PU-Binder: approx. 10 g/m²
Weave : twill 2/2
width: 120 cm
Warp: 6,1 threads/cm (3K 200Tex)
Weft: 6,1 threads/cm (3K 200Tex)
Use for carbon look parts / Gluing the fabric
Due to the PU impregnation, this fabric has a uniform, homogeneous fixation. It can easily be cut without fraying. So it can be cut out and adhered to existing component (eg with HP-E25KL or HP-FIX400). Subsequently, it can be sealed then in several layers with a low-viscosity epoxy Topcoat Resin (eg HP-E25D or HP-E40D)
Use in the vacuum injection process.
Due to the PU impregnation, this fabric has a uniform, homogeneous fixation. It can easily be cut without fraying. We recommend low-viscosity epoxy resin systems. Ideally, it will be used in the vacuum infusion process (IMC-process) with our epoxy resin HP-E200GL (or HP-E120RI plus UV stabilizer HP-BEL91). Ideal for large, flat applications, such as: As plates or boards.
For complicated corners, curves or three-dimensional geometries this fabric is not so good suitable because it is quite stiff due to the impregnation.
► Laminate calculator
Here you can calculate specific values for the vacuum infusion.
Working Notes:
In this instruction you will tips & tricks to produce carbon-design parts:
Carbon Coating (PDF)
Laminate Calculator:
Here you can calculate specific values for different fibers, resins and processes:
Laminate Calculator
Laminate Calculator
Characteristics of Carbon Fabric Constructions:
Carbon Fabrics are available in different constructions. The important characteristics you will find below:
Plain
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Twill
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Satin
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