Carbon Fibre Cloth 375g 5HS 6k (1250mm) Width Comes on a roll

In stock
Regular price £52.00 GBP inc. VAT
Length

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SPECIFICATION

Fabric Specification
Colour Black
Fibre Orientation 0, 90
Format Woven Fabric
Fibre Type Carbon Fibre
Weave 5 Harness Satin
Filament Count 6k
Ends 4.9 /cm
Picks 4.9 cm
Weight and Dimensions
Width 1250 mm
Thickness 0.53 mm
Consolidated Thickness 0.53 mm
Areal Weight 375 g/m²
Fibre Properties
UV Resistance Fully UV Stable
Filament Diameter 7 µm
Elongation at Break 2.0 %
Compatible With
Compatible With Epoxy Yes
Compatible With Polyester Yes
Compatible With Vinylester Yes
General Properties
Gross Weight 0.468 kg

The 375g 5HS 6k Carbon Fibre Cloth represents a specific type of carbon fiber reinforcement renowned for its strength and versatility in composite material applications. The "375g" refers to the fabric weight per square meter, indicating that it is a medium-weight cloth. This weight is often chosen for applications that require a balance between structural strength and flexibility. The "5HS" denotes a 5-harness satin weave pattern, where the carbon fibers cross over five and under one in a repeating pattern. This weave imparts a smooth and visually appealing surface finish while maintaining excellent structural integrity.

The use of a 6k tow size in the 375g 5HS 6k Carbon Fibre Cloth is a significant feature. The "6k" indicates that each individual carbon fiber bundle, known as a tow, consists of approximately 6,000 individual fibers. This creates a fabric with a higher fiber density, enhancing its overall strength and load-bearing capabilities. The combination of the 5HS weave and the 6k tow size makes this carbon fiber cloth well-suited for applications requiring a high strength-to-weight ratio, such as in the manufacturing of lightweight structural components for aerospace, automotive, marine, and sports equipment.

Engineers and manufacturers appreciate the technical specifications of the 375g 5HS 6k Carbon Fibre Cloth for designing and producing high-performance composite materials. These technical details include information on the fabric's width, tensile strength, and modulus of elasticity. The cloth's weight is also crucial for calculating the final weight of the composite material, which is especially important in weight-sensitive applications. Overall, the technical specifications of this carbon fiber cloth provide valuable insights into its capabilities and guide its selection for specific projects requiring reliable and robust composite solutions.