Carbon Fibre Component Prepreg Twill 416gsm 6k 2/2 1250mm Width Out of Autoclave

In stock
Regular price £110.00 GBP inc. VAT
length

https://www.ebay.co.uk/itm/314715573867

SPECIFICATION

Fabric Specification
Fibre Specifics Toray T300 6k
Colour Black
Fibre Orientation 0, 90
Type Component Prepreg
Resin Matrix Epoxy
Weave 2 x 2 Twill
Format Woven Fabric
Filament Count 6k
Fibre Type Carbon Fibre
Brand XPREG
Ends 5.1 /cm
Picks 5.1 cm
Weight and Dimensions
Width 1250 mm
Consolidated Thickness 0.45 mm
Areal Weight 416 g/m²
Resin Weight 38 %
Fibre Properties
Min Cure Temp 85 °C
Max Cure Temp 120 °C
Max Service Temp 115 °C
Filament Diameter 7 µm
Out-life (at 20°C) 30 Days
Freezer-life (at -18°C) 12 Months
UV Resistance Good
Typical Laminate Properties
Compressive Strength 483 MPa
Tensile Strength 521 MPa
Tensile Modulus 55.1 GPa
Flexural Strength 777 MPa
Flexural Modulus 46.7 GPa
Interlaminar Shear Strength 64.7 MPa
Tg Onset (DMA) 121 °C
Tg Peak (DMA) 135 °C
General Properties
Gross Weight 1.22 kg
Brand XPREG

 

Carbon fiber 415g twill component prepreg fabric represents an evolution in advanced composite materials, combining substantial weight with exceptional strength for demanding applications. At 415 grams per square meter, this prepreg fabric offers a robust solution suitable for applications requiring heightened structural integrity. The twill weave pattern, characterized by its diagonal crisscross design, not only contributes to the fabric's visual appeal but also enhances its flexibility, enabling it to conform seamlessly to intricate shapes. The prepreg nature ensures that the carbon fibers are pre-impregnated with resin, promoting consistent resin distribution throughout the fabric. This feature simplifies the manufacturing process, ensuring precision and reliability in creating components for aerospace, automotive, and high-performance equipment.

In industries where durability and reliability are paramount, carbon fiber 415g twill component prepreg fabric excels. The increased weight, compared to lighter variants, offers added strength and durability, making it a preferred choice for components subjected to high stress and load. The twill pattern adds a touch of sophistication to the fabric, making it suitable for applications where aesthetics and performance converge. This prepreg fabric finds its niche in the production of structural components, such as aircraft components, automotive chassis, and sports equipment, where the balance between weight, strength, and visual appeal is critical for optimal performance