For Tapered, Curved, or Irregular Shaped High-Strength Parts
Our Unidirectional Carbon Fiber Sleeves are ideal for tapered, curved or other irregular shapes and feature ultimate strength in one direction. These unidirectional sleeves are braided with small elastic bias yarns offering conformability, fitting snugly while uniformly distributing the axial reinforcements around the perimeter of the part. Our unidirectional carbon fiber sleeves even conform to parts with varying diameters, irregular shapes, or varying cross-sections like prosthetics and hockey sticks. These sleeves are available in 3/4”, 1-1/2”, 2-1/2” and 3-3/4” diameters.
- Small elastic bias yarns for great conformability, and ease of layup
- Unidirectional fibers for strength in one direction
- Wets out easily with resin
- Fatigue resistance for durable strength
- The sleeves can be increased from their base diameter at an average rate of 127%. This means that our 1-1/2" sleeve can be can be expanded to 2.625" in diameter.
- Laying up sleeves is predictable, repeatable, and suitable for precise manufacture of composite parts. Unidirectional sleeves fit snugly and uniformly distributing the axial reinforcements around the perimeter of the part, while offering ultimate strength in one direction.
- To maximize the fiber properties, use with epoxy or vinyl ester resins.
- Polyester resin is also suitable, and is primarily used in cosmetic applications where higher strength-to-weight ratios are not a factor.
|0.75" – 3.75"
|15.2 - 19.02 oz/yd2
All Clearance Corner inventory is controlled and maintained through this website. Therefore, all Clearance Corner items must be ordered through this website (No phone / fax / email orders permitted). Each Clearance Corner product is available in limited quantities on a one-time, first-come-first-serve basis. The first customer to fully complete their online order will receive the Clearance Corner product. NOTE: Simply adding a Clearance Corner product to your online shopping cart will not reserve its inventory for you.