180 g/m² Hybrid Fabric Plain Carbon/Kevlar | HP-P180AC
180 g/m² Hybrid Fabric Plain Carbon/Kevlar | HP-P180AC
Weight: 180 g/m²Weave: Plain
Width: 100 cm
Yarn type specifications:
| Warp: | 4.9 y./cm (200 Tex 3K Carbon / 158 Tex Aramid) |
| Weft: | 4.9 y./cm (200 Tex 3K Carbon / 158 Tex Aramid) |
| Thickness: | 0,31 mm |
Areas of application:
Modelling, sports equipment making, ship and boat construction, motor sport, ...
Properties Hybrid Fiber:
Hybrid Fabrics combine the good properties of the Carbon Fabrics with the ones of the Aramid Fabrics. Through the Carbon Fibres the fabric gets a high stiffness and the Aramid Fibres give the fabric a high impact strenght, tensile strength, capacity and wear resistance.
Properties Hybrid Fiber:
Hybrid Fabrics combine the good properties of the Carbon Fabrics with the ones of the Aramid Fabrics. Through the Carbon Fibres the fabric gets a high stiffness and the Aramid Fibres give the fabric a high impact strenght, tensile strength, capacity and wear resistance.
Calculated data for hand laminate with 35 volume percent fibres:
Resin consumption: 230 g/m²
Laminate thickness: 0,32 mm
Laminate weight: 410 g/m²
► Laminate calculator
Here you can calculate specific values for the vacuum infusion.
Resin consumption: 230 g/m²
Laminate thickness: 0,32 mm
Laminate weight: 410 g/m²
► Laminate calculator
Here you can calculate specific values for the vacuum infusion.
Working Notes:
In this instruction you will find tips & tricks by working with hybrid fabrics and epoxy resins:
Boat Building (PDF)
Laminate Calculator:
Here you can calculate specific values for different fibers, resins and processes:
Laminate Calculator
Laminate Calculator
Characteristics of Hybrid Fabric Constructions:
Glass Fabrics are available in different constructions. The important characteristics you will find below:
Plain
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Twill
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.jpg "Preview: 160 g/m² Carbon Fabric Twill | HP-T160C")
