Frequently Asked Questions

Quasi-isotropic Solid Carbon Fiber Sheet ~ 2.5mm x 12" x 24"

What are the dimensions and thickness of the Quasi-isotropic Solid Carbon Fiber Sheet featured on this page?

This product is a Quasi-isotropic Solid Carbon Fiber Sheet with dimensions of 12 inches by 24 inches and a thickness of approximately 2.5mm.

What does "quasi-isotropic" mean for this carbon fiber sheet?

"Quasi-isotropic" refers to the sheet's layup design, which distributes carbon fiber layers in multiple directions to provide balanced strength and stiffness across the sheet. This makes it suitable for applications requiring uniform mechanical properties in all directions.

What are the key performance characteristics of this 2.5mm quasi-isotropic carbon fiber sheet?

This sheet offers a superior strength-to-weight ratio, high durability, and resistance to corrosion, temperature extremes, and UV exposure. Its quasi-isotropic layup ensures consistent mechanical performance, making it ideal for structural, aerospace, robotics, and industrial applications. Learn more about performance analysis.

Can this sheet be customized or cut to specific sizes?

Yes, DragonPlate offers CNC cutting and custom sheet sizing for the Quasi-isotropic Solid Carbon Fiber Sheet. Customers can request tailored dimensions or specialized laminate schedules to meet their project requirements. Explore customization options.

What technical documentation or CAD models are available for this product?

Technical documentation, including product catalogs and downloadable CAD models, is available to support integration and design with this sheet. Visit DragonPlate CAD models and Technical Specs for detailed information.

What are typical applications for the 2.5mm quasi-isotropic carbon fiber sheet?

This sheet is commonly used in structural components, aerospace parts, robotics, industrial automation, and custom engineering projects where balanced mechanical properties and lightweight durability are required.

Loading...

Quasi-isotropic Solid Carbon Fiber Sheet ~ 2.5mm x 12" x 24"

$183.76
SKU: FDPLSC03____1224M
*

Please Allow 3-5 days before this item ships
Our quasi-isotropic solid carbon fiber sheets are a tough and rigid carbon reinforced epoxy matrix composed of multiple layers of woven carbon fiber fabric without any core material. Quasi-isotropic sheets utilize balanced and symmetrical lay-up schedules of 90 degree and 45 degree fabric. These sheets are available with your choice of either a plain or twill weave face sheet. Plain weave finish options include high gloss, scratch resistant matte, or textured finish, while twill weave is available in a high gloss or matte finish. Finish options are available on one side only, with a textured finish on the other side for an ideal bonding surface.
Our quasi-isotropic solid carbon fiber sheets are a tough and rigid carbon reinforced epoxy matrix composed of multiple layers of woven carbon fiber fabric without any core material. Quasi-isotropic sheets utilize balanced and symmetrical lay-up schedules of 90 degree and 45 degree fabric. These sheets are available with your choice of either a plain or twill weave face sheet. Plain weave finish options include high gloss, scratch resistant matte, or textured finish, while twill weave is available in a high gloss or matte finish. Finish options are available on one side only, with a textured finish on the other side for an ideal bonding surface.
Products specifications
Sheet Size 12" x 24"
Sheet Thickness 2.5mm
Ply Orientation Woven 0/90 and ±45
Max Temperature 140 F
Fiber Modulus Standard (33 Msi)
Composition Solid CF (All Woven)
Approx. Weight 1.485 lb
Approx. Density 0.055 lb/in3
Customers who bought this item also bought

Carbon Fiber Roll Wrapped Twill Tube ~ 1" ID x 48", Gloss Finish

FDPT1.0*1.125*48
From $108.16
Use this tube with our Modular Connector System to create complex structures.

Carbon Fiber Roll Wrapped Twill Tube ~ 0.75" ID x 48", Gloss Finish

FDPT.75*.875*48
From $88.95
Use this tube with our Modular Connector System to create complex structures.
Loading...